®

Fuji Manufacturing Co., Ltd.C o m p a n y P r o f i l e

http://www.fujimfg.co.jp

Head office/works5-2-24 Matsue, Edogawa-ku, Tokyo 〒132-0025TEL：+813-03-3686-2291 FAX：+813-03-3686-5045

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Nagoya Office8 Himewaka-cho, Meito-ku, Nagoya 〒465-0045TEL：052-703-2291 FAX：052-703-2443

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Osaka Office11-17 Toyotsu-cho, Suita-shi, Osaka 〒564-0051TEL：06-6190-2323 FAX：06-6190-2280

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Ibaraki Works4611-3 Shimoota, Inashiki-shi, Ibaraki-ken 〒300-1424TEL：0297-60-6211 FAX：0297-60-6213

1202MA14

Ceramics-based. Harder than Fuji Rundum A/WA and used forhigh-hardness work.

Special type An elastic composite with abrasive grains kneaded in it. Only usedfor SIRIUS processing.

For WPC processing. Transforms surfaces for greater slidability.

SIRIUS Medium

Solid Lubricant

The highest-hardness abrasive. For special processing ofsapphires, SiC monocrystals and other materials.

Superhard type Ceramics-based. One of the representative abrasives and usedwidely in blasting for deburring, surface preparation and otherpurposes

Fuji Rundum A/WA

Fuji Rundum C

Fuji Superhard

Steel Shot

Steal Beads

Zircon Beads

Metal-based. This abrasive is used most widely in blast and usedin removing burrs and scales, and in shot peening.

Hard type

SUS Round CutWire

Metal-based. An abrasive indispensable for alumite processing.

Metal-based. Low in hardness. Therefore used in removing burrsand scales, among other uses.

Metal-based. Does not wear much and lasts long. Used inremoving scales and for other applications.

Semi-hard type

Metal-based. An abrasive indispensable for alumite processing.

Reduced IronPowder

Stainless Beads

Fuji Glass Beads

Blast abrasive

More than 400 varieties of abrasives. Our lineup of abrasives that vary widely in terms of hardness, grain size, shape, and othercharacteristics supports diverse processing with blast. We enjoy a high reputation not only for the quality of the materials, butalso for homogeneity and durability as well.

Our lineup of various abrasives with grain sizes of 1μm to 2,000μm increases the possibilities ofblasting even further.

Lineup of representative abrasives

Plastics-based. Low in hardness and suited for processing resinproducts.Nylon Beads

Polyplus

Peach

Eco-Soft

Cylindrical

Polygonal

Polygonal

Polygonal

Polygonal

Spherical

Spherical

Spherical

Spherical

Spherical

Spherical

Polygonal

Polygonal

Polygonal

Special

Special

Soft type

Type Article Shape Main characteristics and uses

Nylon Beads Polyplus

Eco-Soft

Reduced Iron Powder Stainless Beads SUS Round Cut Wire

Fuji Glass Beads

Steel Shot

SIRIUS Medium Solid Lubricant

Steal Beads

Fuji Rundum C

Fuji Rundum A/WA

Fuji Superhard

Zircon Beads

Peach

Metal-based. Used in removing burrs and scales, and in shotpeening and WPC processing as well.

Plastics-based. Harder than nylon and used widely in deburring,cleaning and other applications.

Plant-based. Low in hardness and performs polishing withoutscratching the workpieces.

Water-soluble. Suited for processing operations that do nottolerate abrasive residues.

Ceramics-based. This abrasive does not break easily and wearslittle. Resistant to work powder and other contaminants, andmaintains the quality of high-purity abrasives.

会社案内Z折(英語)PS 12.2.21 8:51 PM ページ 1

17

In line blast machine with process width of 3,000mm forlarge substrate workpiece of PDP, LCD etc.

Roller conveyor machine (For large substrate)

Space saving machine to blast the whole upper surface of aworkpiece in a cabinet that is only a little bigger than theworkpiece.

Partition wall machine

This machine can blast straight line on the workpiece withoutusing masks and free from dust adhesion on the surface.

Maskless machine for thin film solar cell

Machine for extra large workpiece. The operator would work in thechamber with protective cloths on. Optional low floor type machineachieves floor level of GL + 400mm. (no pit required)

Manual blast chamber

This machine conveys a large substrate workpiece in avertical position and blast its both surfaces.

High precision processing machine

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Workpiece or nozzle will rotate.( For cylinders or drums)

Inner and outer surface processing machine

Machines to blast amount of small workpieces as abatch process.

Batch process machine

The machine for automatic continuous precisiondeburring for rubber, aluminum, plastics, etc.,without cleaning process.

Dry ice rotary table machine Manual machines for specific use

Machine for large workpiece that doesnot fit into a cabinet.

Vacuum blast machine

Machine for wet or oilyworkpieces.

Wet blast machine

Automated machine with energy saving feature to runwithout compressor.

Blower type machine

7a. Type L : For small pieces,small amount

7b. Type BL: For medium sizework pieces, large amount

9a. Example ofautomatic process ofcylinder.

We will design and manufacture tailor-made machines to meet customers’requirements, in addition to standard product line of general-purpose machines.

Machine for clean roomuse.

Sodium bicarbonateblast machine

Disk type pencilblasting machine(φ1.0) (#220 ̃#3000)

Polishingmachine

Automatic Dry-ice Blaster

SIRIUS

■Chemistry : Kuraray Co., Ltd., Showa Denko K.K., Shin-Etsu Chemical Group, Sumitomo Chemical Co., Ltd.,Sumitomo Bakelite Co., Ltd., Tokyo Ohka Kogyo Co., Ltd.,Nihon Parkerizing Co., Ltd., Fujifilm Corporation■Rubber : Achilles Corporation, Sumitomo RubberIndustries, Ltd., Toyo Tire & Rubber Co., Ltd., BridgestoneGroup, Michelin Okamoto Tire Corp., The Yokohama RubberCo., Ltd

■Glass, ceramics : Asahi Glass Co., Ltd., Ishizuka GlassCo., Ltd., Okamoto Glass Co., Ltd., Kyushu Refractories Co.,Ltd., Covalent Materials Corporation, Taiheiyo CementCorporation, Toto Ltd., Tokai Carbon Co., Ltd., Toyo TansoCo., Ltd., Noritake Co., Limited., Nippon Sheet Glass Co.,Ltd., NGK Insulators, Ltd., NGK Spark Plug Co., Ltd.■Steel : Kobe Steel, Ltd., Sanyo Special Steel Co., Ltd.,Nippon Steel Corporation, JFE Holdings, Inc., SumitomoMetal Mining Co., Ltd., Daido Steel Co., Ltd., NipponKoshuha Steel Co., Ltd., Hitachi Metals Group ■Metal products : NSK-Warner K.K., JS GroupCorporation, Chuo Spring Co., Ltd., Tocalo Co., Ltd., NHKSpring Co., Ltd

■Nonferrous metals : Showa Denko K.K., SumitomoElectric Industries, Ltd., Tanaka Kikinzoku Kogyo K.K., DowaElectronics Co., Ltd., Nippon Light Metal Co., Ltd., NipponMining & Metals Co., Ltd., Hitachi Cable, Ltd., Fujikura Ltd.,Furukawa Electric Co., Ltd., Mitsui Mining & Smelting Co.,Ltd., Mitsubishi Materials Corporation, Ryobi Limited■Machinery : Asahi Diamond Industrial Co., Ltd., SMCCorporation, EBARA Corporation, OSG Corporation,Komatsu Ltd., Sanden Corporation, ShinMaywa Industries,Ltd., Tungaloy Corporation, Tsubakimoto Chain Co., TeikokuPiston Ring Co., Ltd., NSK Ltd., Nabtesco Corporation,Nippon Piston Ring Co., Ltd., Brother Industries, Ltd., HitachiTool Engineering, Ltd., Mitsubishi Heavy Industries, Ltd.,Minebea Co., Ltd., Riken Corporation, Ricoh Company, Ltd

1

In all fields, in variousindustries【Main corporate clients】

"Blast" is used in all fields ranging from aircraft,automobiles and IT products to wooden andglass artifacts, and has now become atechnology indispensable in productionscenes. At Fuji Manufacturing, we have, beendeveloping new high-value-added technologiesone after another while responding to variouscustomer needs as a pioneer in blasttechnology ever since the development ofcabinet-type equipment in 1957 by askingourselves: "Isn't it possible to do this andthat?". These efforts have been supported byour engineers' lively curiosity and seriousattitude as professionals. Ideas that werepreviously just dreams have come true asproducts one by one. Behind all that, theremust be our technology. As the members ofFuji Manufacturing, we will continue exploringthe unlimited possibilities of blast technologyas a pioneer and leader in that field, anddelivering new technologies useful to variousindustries and society. We will make even moredreams come true in the future.

For the unlimited possibilities of blast,With professionals in their serious attitudes.

会社案内三つ折(英語)PS 12.2.21 7:40 PM ページ 1

Some examples of Pneuma-Blaster the No.1 share of the domestic market.

15 16

Excellent in versatility, for continuous and batch process.

Rotary table with open window machine

Work pieces should be placed on a large table and blastedon their upper surface.

Internal table machine

Indexing table to equip satellite small tables to rotate smallto medium size workpieces while blasting.

Indexing rotary table machine (Planetary machine)

Carriage type machine combined with multi axis (X,Z,θ1,θ2) to accommodate various kind of work pieces.

Multi axis machine

Carriage type machine combined with robot to accommodatework pieces with complicated shapes.

Robot machine

A thin substrate workpiece can be retained to the large tableby suction and blasted with high speed spinning.

Rotary table with suction type machine

A production line machine to blast the whole surface of wireranging from φ1 up to φ30.

Wire processing machine

Widely used for parts for automobile(A/T) andaerospace(blades) industries.

In-line shot-peening machine

A dedicated machine for aerospace industries to combinerobot system with computer monitor system to achievevarious recipe driven process.

Robot shot-peening machine

With its universality, good for long and big workpiece.(Roller type or bar type conveyor)

Conveyor machine

Workpiece can be blasted on its whole surface without beingheld. The machine is also good in in-line configurationthanks to horizontal conveyor.

Bouncing conveyor machine

We have a variety of product line to accommodate fromsmall to big size cylindrical workpiece.

Cylinder processing machine

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■Electrical appliances : Akita Shindengen Co., Ltd., AsahiKasei Electronics Co., Ltd., Alps Electric Co., Ltd., OmronCorporation, Kyocera Corporation, Konika Minolta HD Co.,Ltd., Sanken Electric Co., Ltd., Sanyo Electric Co., Ltd.,Geomatec Co., Ltd., Sharp Corporation, Seiko EpsonCorporation, Sony Corporation, Taiyo Yuden Co., Ltd., TDKCorporation, Toshiba Corporation, Nippon Tungsten Co.,Ltd., NEC Corporation, Nidec-Read Group, PioneerCorporation, Panasonic Electronic Devices Co., Ltd., Hitachi,Ltd., Fuji Xerox Co., Ltd., Fujitsu Corporation, Fujitsu HitachiPlasma Display Limited, Fuji Electric Group, MatsushitaElectric Industrial Co., Ltd., Mitsubishi Electric Corporation,Mitsumi Electric Co., Ltd., Murata Manufacturing Co., Ltd.,ROHM Group

■Transport equipment : IHI Corporation, Aisin AW Co.,Ltd., Aisin Seiki Co., Ltd., Isuzu Motors Limited, IchikohIndustries, Ltd., Calsonic Kansei Corporation, KawasakiHeavy Industries, Ltd., KYB Co., Ltd., Koito ManufacturingCo., Ltd., General Motors Group, Japan Railways companies,Shimano, Inc., Jatco Ltd., JAL Group, All Nippon AirwaysCo., Ltd., Daihatsu Motor Co., Ltd., Pacific Industrial Co.,Ltd., T. Rad Co., Ltd., Denso Corporation, Topy IndustriesLtd., Toyoda Gosei Co., Ltd., Toyota Motor Corporation,Nissan Motor Co., Ltd., Fuji Heavy Industries Ltd., HondaGroup, Mazda Motor Corporation, Mitsubishi MotorsCorporation, Yamaha Motor Co., Ltd., Unisia Jecs Co.

■Precision equipment : Iwata Denko Co., Ltd., OlympusCorporation, Canon Group, Citizen Holdings Co., Ltd.,Terumo Corporation, Nikon Corporation, Pentax Corporation,Hoya Corporation, Murakami Co., Ltd.■Others : Asahi Kasei Corporation, Ulvac, Inc., UlvacMaterials, Inc., Kirin Brewery Company, Limited, CBC OpticsCo., Ltd., Zojirushi Corporation, Dai Nippon Printing Co., Ltd.,Toray Industries, Inc., Toppan Printing Co., Ltd., TokyoSilicone Corporation, Tokyo Electric Power Company(TEPCO), Nisshinbo Industries, Inc., Paloma, Ltd., HonmaGolf Co., Ltd., Maruman Co., Ltd., Mitsutoyo Corporation,YKK AP Inc.

1950: Founded as a compressor manufacturer at Nishiichiinoe, Edogawa-ku, Tokyo.

1957: Manufactured and delivered Japan's first unit (SF type) for a cabinet-type siphon blaster.

1959: Established "Fuji Manufacturing Incorporated." Capital: 500,000 yen.

1961: Successfully developed gravity-type sandblasters (SG type).

1971: Standardized the names of its sandblasters as "Pneuma Blasters."

1970: Reorganized as "Fuji Manufacturing Co., Ltd."

1978: Moved head office/works to a newly built facility at the present location.

1985: Achieved a cumulative total of 10,000 sandblasters delivered.

1990: Increased capital to 120 million yen. Acquired patents for its surface heat-treatment

process for metal products (WPC processing).

1986: Eatablished Japan Blast Process Researches Co., Ltd.(in charge of sandblasting on commission).

1998: Opened phase-I building (with floor space of about 1,500m2) for the Ibaraki Works.

1996: Successfully developed SCM-type sandblasters for precision processing.

1997: Exceeded a cumulative total of 20,000 sandblasters delivered.

1977: Opened Nagoya Office.

2005: Opened second building (about 2,300m2) for the Ibaraki Works. Opened Osaka Office. Exceeded a cumulative total of 25,000 sandblasters

delivered. Successfully developed "SIRIUS" processing: "polishing blast".

2006: Selected as one of "300 Energetic Small and Mid-size Manufacturers" by the Ministry of Economy, Trade and Industry.

2007: Refurbished head office/works (with total floor space of about 14,000m2). Launched Fuji Fine Tech Co., Ltd. (in charge of precision sandblasting on commission).

As a pioneer and the top-ranking manufacturer in blast

19501957

1959

1961

1970

1971

1978

1985

1986

1990

1996

1993: Delivered the first blaster designed specifically for plasma display panels. 1993

1997

1999: Acquired patents for foreign matter removal system for sandblasters.

1998

2001: Received a Technology Award from the Japanese Society of Tribologists for WPC processing of pistons used in automotive engines. Opened "Atelier Le Cher" glass artifact school.

1999

2001

2005

1977

2006

2007

Head office/works

Osaka Office

CapitalAnnual sales

120 million yen5.45 billion yen (for the term endedMarch 2007)

Workforce

Total floorspace

Headoffice/works

Nagoya Office/works

Osaka Office

Ibaraki Works

JBR (subsidiary)

240 (end of September 2007, grouptotal)19,610m2 (including 2,235m2 foroffice space)

13,685m2 (including1,453m2 for office space)

■Brief facts about FujiManufacturing

Nagoya Office

会社案内三つ折(英語)PS 12.2.21 7:40 PM ページ 2

As a world-class leading

Track record Our track record of having delivered a cumulative total of about 30,000 units and our history dating back more than sixty years.Our track record of having delivered a cumulative total of about 30,000 units for both the domestic and international markets, and our history dating back more than sixty years are signs of user confidence in us. Moreover, we have accumulated know-how in all kinds of blasting.We have also enjoyed many orders from top-ranking manufacturers in different fields. If you need sandblasting, your first choice should be Fuji Manufacturing.

Achievement

Technology

Our rich theories and accumulated technology in mechanisms for circulating abrasive.Mechanisms for circulating abrasive that materialize the injection, collection and sorting of abrasive in an integral manner by using airflow power are the core technology for sandblasting. The injection rate and injection pressure are adjusted to achieve optimal processing capacity. And high-performance collection and sorting are used to maintain polishing quality and uniformity. Fuji Manufacturing has absolute self confidence in this regard.

Know-howabout blasting Circulation of abrasive

3

Our "pride" as a group of specialists and our "responsibility":The reasons we enjoy client confidence.

The greatest assets of Fuji Manufacturing are its enthusiasticpassion for sandblasting, its core technology for circulatingabrasives, leading-edge expertise, obsession with creativemanufacturing, and abundant experience and track record.With our "pride" being a manufacturer specializing insandblasting and our "responsibility," we respond to needs ofvarious industry and come up with technologies for venturinginto leading-edge fields. These are the reasons we enjoy clientconfidence.

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We provide the blast systems best suited for user needs.At Fuji Manufacturing, we base ourselves on providing our clients with consultations emphasizing "technology" and proposesystems that will be the appropriate solution to specific business needs. Moreover, our manufacturing and inspectiondepartments that embody those proposals have the largest scale and most advanced environment in Tokyo.

Consultations for clients are given by experts well-versed in technology and industrial information.Through consultation, we properly grasp client needsand propose the best solutions. Based on "technology,"we hold meetings on all matters including the minutestdetails and establish specifications based on a securerelationship of confidence.

Systems best suited for business are designed by ourabundant data derived from our track record of about 30,000units produced, which is among the industry's highest level,along with an abundant and skilled staff of designersnumbering more than 70. Moreover, in the course of design,we maintain close communication with our clients, therebysecurely reflecting even the tiniest needs in drawings for theproposed system.

From consultation that stressestechnology to the core of user needs.

The best specifications enabled only byabundant data are converted todrawings.

After the system is delivered, we do not let userbusiness stagnate. To that end, we always have thebasic consumables in stock. Moreover, to allow ourclients to use theequipment for longperiods, we providerich support in allareas from inspectionto overhaul.

Drawings are sent online to the factories, where systemmanufacturing starts. The head office/factory is amongTokyo's largest in both site area and space. The factoryis also complete withlaser processors andother latest equipment.Almost 100% of prod-ucts are manufacturedin-house, thereby manu-facturing high-qualitysystems.

Powerful user support that does not letbusiness stagnate.

High-quality systems born out of Tokyo'slargest-scale, most abundant facilities.

Friction and wear test

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Advanced blast processing that gives new functions toworkpieces is supported by our industry No.1 measurementand inspection system. Complete with optical, laser andelectron microscopes, the facility can inspect surface shapeswith magnification up to 90,000 times and also analyze thecomposition of blast-transformed surfaces on an elementalbasis. The factory also has hardness meters, friction and weartesters, slide testers and other well-furnished equipment formeasurement and inspection indispensable to blastprocessing.

Our industry No.1 measurement and inspection system supports advanced blast technology.

・Grain size analizer ・Electronic scale ・Laser microscope ・ Friction and wear tester ・Microscopic hardness meter ・Ultra-microscopic hardness meter ・Precision grain size analizer

■Main measuring equipment

・Electron microscope ・Energy dispersive composition

analysis ・Surface roughness meter

(Surfcom 1400) ・Microscope・EVA・RES (010)

Blasting on commission

This factory boasts of total floor spaceof about 4,000 m2 and is one ofJapan's largest factories specializingin blast processing on commission. It is ready to process plates 3,000-mmlong and other large workpieces(Ibaraki Works).

Electron microscope/surface elementanalysis

Grain size analizer

Laser microscopic analysis

To meet testing and outsourcing needs.Corporate needs for processing on commission are growing,including outsourcing needs for prototyping and testprocessing in scenes of developing new products, due toshortening the product lifecycle, and increasing investmentefficiency. At Fuji Manufacturing, we provide blast processing withhigh skills by using the latest blast equipment forworkpieces of all shapes and materials, ranging from smallto large quantities, light to heavy weight, ultra-small tosmall and large sizes, and for glass and ceramics to variousmetal parts.

Measurement/inspection system

Inspecting WPC workpieces (head office/works)

Processing workshop (head office/works)

Residual Stress Evaluation System

会社案内Z折(英語)PS 12.2.21 8:51 PM ページ 2

Building blast machies, contract-processing of customer Productsand providing supplies.Offering flexible user solutions to meet different needs and purposes.

11

Manufacturing blast systems To manufacture high-quality systems.Fuji Manufacturing's systems. Therein lies its consistentattitude of pursuing the best at all times. Not only providingthe highest-level technology in injecting, sorting andcollecting abrasive, but also in stably activating theequipment and detecting errors, and inspecting andmaintaining processing specifications, we regardsandblasters as a system in a comprehensive manner,thereby offering high-grade devices.

Thorough testprocessing

About 30,000 units delivered

Design philosophyassuming that

products should runfor 30 consecutive

years

Start to finishproduction of the

systems in our ownfactories

Among the largest inTokyo, with total

floor space of about14,000 m2

■ The background that supports system manufacture

In-house manufacturing of the equipmentmanufacturing process

Advanced machine tools are introduced for sheet metal cutting,processing and assembly, thereby manufacturing products in the

company's own factories.

■Sample testProduct quality isdemonstrated inthe form of thereal product.Withmicrometer-ordermeasuring equip-ment, we meetadvanced needs.

Laser processing Machining

Welding Pressing

Machining Equipment assembly

In-house manufacturing of the equipmentmanufacturing process

Advanced machine tools are introduced for sheet metal cutting,processing and assembly, thereby manufacturing products in the

company's own factories.

■Productionfactory

The factory isamong the largestin terms of sitearea in Tokyo.With the latestm a n u f a c t u r i n gequipment andskilled staff, thisproduction facilitypursues quality.

company in "sandblasting"

Sandblasting processes utilize more than 400 kinds of abrasives in combination with the injection system, injection pressure, injection rate, and various other conditions. The possibilities offered are indeed unlimited. Fuji Manufacturing continues conducting research on everything about sandblasting, ranging from the injection, collection and sorting of sandblast to abrasive, the processing itself, to the quality control of products to be worked and the equipment used. In addition to the formation and processing of partitions in plasma displays, WPC processing and SIRIUS processing, along with the development of hyper-nozzles with long slit and digital constant-rate injection systems, involve only a few of the patents owned by Fuji Manufacturing. Therefore, Fuji Manufacturing pursues "the right way" about blasting.

Fuji Manufacturing pursues the science of sandblasting

Organization

Development

Capability to tackle the possibilities of blasting and meet various needs.Fuji Manufacturing has constantly been working to fuse leading-edge technology with sandblasting technology by such means as: (1)WPC processing for the surface treatment of metal materials, (2)ultra-precision processing that now extends to the semiconductor and IT fields, and (3)SIRIUS processing that makes precision deburring and smoothing a reality. Our capability to make varied proposals and our outstanding capability of creative development based on accumulated processing know-how can be called nothing but the best partner in sandblasting.

Processingknow-how Leading-edge expertise

The greatest technical staff of all manufacturers specializing in sandblasting.The technical staff of Fuji Manufacturing numbers about 70 members, with 50 working in design and about 20 in R&D (as of December 2007). This technical staff boasts its being among the largest of all companies in Japan. This large staff obsessed with sandblasting is committed day and night to researching, developing and designing the latest and top-ranking sandblasting technologies, which are conversely simple and easy blasters. Responding to the diverse blast needs of users by using the most excellent and largest group of technical staff members... that is what Fuji Manufacturing does.

Technical staff

4

●Ultra-precision polishing, cutting, deburring

●SUS baking, dross removal ●Pretreatment before the

coating adheres ●Lower sliding resistance

●Higher durability ● Lower sliding resistance ●Room temperature

diffusion

●Deburring metal products

●Deburring plastic products

●Deburring molds ●Deburring lead frames

●Higher durability ●Lower sliding resistance ●Lighter weight

● Pretreatment for coating and plating ●Pretreatment for adhesion and

coating ●Pretreatment for fusion and press

fitting ●Pretreatment for welding

●Automobile-related industries (processed aluminum products)

●Mold industry (various molds)

●Tool/cutting tool industry(drills, end mills, precision needles, syringes)

●Machining industry

●Coating industry(various cutting tools, etc.)

●Laser processing industry(metal masks)

●Printing industry(photographic facsimile)

●Metal processing industry (magnetic disks)

●Plastics industry (PPS resin, lenny resin, peak resin, etc.)

●Automobile-related industries (automotive wheels)

●Automobile-related industries(transmission gears, torsion bars, crankshafts, bodies)

●Aircraft-related industries(turbine blades, discs, landing gears, aircraft bodies, main wings)

●Nuclear-related industries(fan blades)

●Petrochemical industries (storage tanks)

●Bridge construction industry(bridges, bridge columns)

●Automobile-related industries(engines, pistons, transmission gears)

●Cutting tool industry(drills, end mills)

●Mold industry(die cast molds, press molds, forging molds)

●Automobile-related industry(engine valves)

●Fashion industry(spectacle frames)

●Aircraft-related industry(aircraft bodies)

●Building materials(exterior plates)

●Metal processing industry(pots, frying pans)

●Precision equipment field (springs)

Combining ultrahigh precision with delicate processing

Strengthening and hardening the topmost surface

SIRIUSprocessing

WPCprocessing

Debu

rring molded products

Incr

easin

g metal service life

Mor

eco

nta

ct in adhesion andcoating

Deburring

Shotpeening

Baseprocessing

5

In various fields that get society moving.... Diverse blasting technologies are active in scenes close to you.

Blasting started with surface treatment. Today it hasaccomplished the addition of various functions, therebyseeing an increasingly wide range of applications.Our track record in the metal parts of automotive enginesand the glass panels of plasma displays shows thepossibilities of technical applications of blasting. We, the members of Fuji Manufacturing, will promote thisevolution even further as a pioneer and the top-rankingmanufacturer in blasting.

The fields of blast technology are expanding even further, includingtechnical uses by new industries. "There will be always

6

"Blasting"... its principles are those of a sandstorm in the desert. It issaid to have been inspired by such things as the various surface

patterns caused by sand grains being blown across the desert. Giventhe simplicity of the principles, the process is also easy to apply.

Moreover, the process is also characterized regardless of thematerial of the object being worked.

Fuji Manufacturing realizes various kinds of surfacetreatment that meet the needs of the times by using

its expertise with high reliability to flexiblycontrol the principles and the wide variety of

abrasives.

Blasting:Its principles and basic mechanism

The kind of sandblasting that uses collision with abrasive (a medium) is physical processing. It is applicable tovarious work materials. It is a dry process and can generally be called eco-friendly and inexpensive.

Sandblasting that uses the injection of compressed air can accommodate small and large sizes, light to heavyweight, plane and corner parts, complex shapes and any other work shapes, thereby meeting all shapes. Somekinds of sandblasting equipment are even applicable indoors.

Sandblasting that uses a nozzle system allows easy configuration of nozzle distance, angle and direction, and thenumber of nozzles can be changed to a desired setting. Whether manual or automatic, this process provides highdegrees of production freedom to meet the production needs of users. In combination with robots, this process canalso realize high accuracy and motion speed.

Combinations with more than 400 kinds of abrasives (a medium) enable the generation of various worked surfacesfor various materials. Those seemingly unlimited possibilities of processing will surely satisfy user requirements.

Characteristics of sandblasting

Physical processing/dryprocess

Air process that meets all shapes

Nozzle process with highdegrees of freedom

Possibilities that increase in combi-nation with abrasive(a medium)

●Thin-film removal ●Cleaning

●Patterning cut ●Dimple processing ●Surface roughening

●Reducing the times for mold polishing

● Improving mold release, improving durability

● Increasing mold dimensional precision ●Removing tool marks

●Woodwork ●Glass sculpture●Stone sculpture ● Fancy pearskin finish

●Removing oxide films and foreign matter

●Removing various adherents

●Cleaning ●Peel processing ●Collecting rare

metals

●Construction/housingindustry(interior and exterior fancy plates)

●Artifact manufacturing(wooden kitchenware)

●Fine arts and design industry(glasswork, stained glass)

●Stone industry (tombstones and family emblems, character carving)

●Electrical/home electronics industry(casings for mobile telephones and digital products)

●Automobile-related industry(cylinder blocks)

●Semiconductor-related industries(glass boards)

●Semiconductor-related industries(silicon wafers, reclaiming, photovoltaic and fuel cells)

●MEMS-related industries(precision boards, optical films)

●Electrical/electronics-related industries(PDP, LCDs, organic EL)

●Flat panel manufacturing industry(reflectors, backing plates, adhesion-preventive plates)

●Lens manufacturing/processing industry(optical lenses, dome-use canopies)

●Electronics-related industry(electronic parts, ion-implanted parts)

●Mold/casting industry(removing mold wash and mold release agents, removing casting sand)●Semiconductor field

(office automation equipment, laser-processed products) ●Construction/housing industry

(exterior mold plates)

●Printing industry(aluminum frames)

●Electrical/home electronics industry(various meters)

●Sporting goods industry(golf clubs)

●Fashion industry (spectacle frames)

●Various mold manufacturing industries ●Various mold-using industries

(press products, die cast products, forged products, castings, extraction molds, plastic products, rubber products, glass products, etc.)

The optimal condition for deposition

Physical surface treatment that meets nano-order needs

Vacuumdeposition

Ultra-precision

processing

Pr

oduct refreshing

For d

esign applications

Elim

inati

ngall mold weaknessesMold-related

Cleaning,collection,restoration,

removal

Sculpture,artifact,pearskin

finish

technical applications beyond the domain of specific fields andsomething useful." That is blast technology.

会社案内観音(英語)PS 12.2.21 7:41 PM ページ 1

Building blast machies, contract-processing of customer Productsand providing supplies.Offering flexible user solutions to meet different needs and purposes.

11

Manufacturing blast systems To manufacture high-quality systems.Fuji Manufacturing's systems. Therein lies its consistentattitude of pursuing the best at all times. Not only providingthe highest-level technology in injecting, sorting andcollecting abrasive, but also in stably activating theequipment and detecting errors, and inspecting andmaintaining processing specifications, we regardsandblasters as a system in a comprehensive manner,thereby offering high-grade devices.

Thorough testprocessing

About 30,000 units delivered

Design philosophyassuming that

products should runfor 30 consecutive

years

Start to finishproduction of the

systems in our ownfactories

Among the largest inTokyo, with total

floor space of about14,000 m2

■ The background that supports system manufacture

In-house manufacturing of the equipmentmanufacturing process

Advanced machine tools are introduced for sheet metal cutting,processing and assembly, thereby manufacturing products in the

company's own factories.

■Sample testProduct quality isdemonstrated inthe form of thereal product.Withmicrometer-ordermeasuring equip-ment, we meetadvanced needs.

Laser processing Machining

Welding Pressing

Machining Equipment assembly

In-house manufacturing of the equipmentmanufacturing process

Advanced machine tools are introduced for sheet metal cutting,processing and assembly, thereby manufacturing products in the

company's own factories.

■Productionfactory

The factory isamong the largestin terms of sitearea in Tokyo.With the latestm a n u f a c t u r i n gequipment andskilled staff, thisproduction facilitypursues quality.

company in "sandblasting"

Sandblasting processes utilize more than 400 kinds of abrasives in combination with the injection system, injection pressure, injection rate, and various other conditions. The possibilities offered are indeed unlimited. Fuji Manufacturing continues conducting research on everything about sandblasting, ranging from the injection, collection and sorting of sandblast to abrasive, the processing itself, to the quality control of products to be worked and the equipment used. In addition to the formation and processing of partitions in plasma displays, WPC processing and SIRIUS processing, along with the development of hyper-nozzles with long slit and digital constant-rate injection systems, involve only a few of the patents owned by Fuji Manufacturing. Therefore, Fuji Manufacturing pursues "the right way" about blasting.

Fuji Manufacturing pursues the science of sandblasting

Organization

Development

Capability to tackle the possibilities of blasting and meet various needs.Fuji Manufacturing has constantly been working to fuse leading-edge technology with sandblasting technology by such means as: (1)WPC processing for the surface treatment of metal materials, (2)ultra-precision processing that now extends to the semiconductor and IT fields, and (3)SIRIUS processing that makes precision deburring and smoothing a reality. Our capability to make varied proposals and our outstanding capability of creative development based on accumulated processing know-how can be called nothing but the best partner in sandblasting.

Processingknow-how Leading-edge expertise

The greatest technical staff of all manufacturers specializing in sandblasting.The technical staff of Fuji Manufacturing numbers about 70 members, with 50 working in design and about 20 in R&D (as of December 2007). This technical staff boasts its being among the largest of all companies in Japan. This large staff obsessed with sandblasting is committed day and night to researching, developing and designing the latest and top-ranking sandblasting technologies, which are conversely simple and easy blasters. Responding to the diverse blast needs of users by using the most excellent and largest group of technical staff members... that is what Fuji Manufacturing does.

Technical staff

4

●Ultra-precision polishing, cutting, deburring

●SUS baking, dross removal ●Pretreatment before the

coating adheres ●Lower sliding resistance

●Higher durability ● Lower sliding resistance ●Room temperature

diffusion

●Deburring metal products

●Deburring plastic products

●Deburring molds ●Deburring lead frames

●Higher durability ●Lower sliding resistance ●Lighter weight

● Pretreatment for coating and plating ●Pretreatment for adhesion and

coating ●Pretreatment for fusion and press

fitting ●Pretreatment for welding

●Automobile-related industries (processed aluminum products)

●Mold industry (various molds)

●Tool/cutting tool industry(drills, end mills, precision needles, syringes)

●Machining industry

●Coating industry(various cutting tools, etc.)

●Laser processing industry(metal masks)

●Printing industry(photographic facsimile)

●Metal processing industry (magnetic disks)

●Plastics industry (PPS resin, lenny resin, peak resin, etc.)

●Automobile-related industries (automotive wheels)

●Automobile-related industries(transmission gears, torsion bars, crankshafts, bodies)

●Aircraft-related industries(turbine blades, discs, landing gears, aircraft bodies, main wings)

●Nuclear-related industries(fan blades)

●Petrochemical industries (storage tanks)

●Bridge construction industry(bridges, bridge columns)

●Automobile-related industries(engines, pistons, transmission gears)

●Cutting tool industry(drills, end mills)

●Mold industry(die cast molds, press molds, forging molds)

●Automobile-related industry(engine valves)

●Fashion industry(spectacle frames)

●Aircraft-related industry(aircraft bodies)

●Building materials(exterior plates)

●Metal processing industry(pots, frying pans)

●Precision equipment field (springs)

Combining ultrahigh precision with delicate processing

Strengthening and hardening the topmost surface

SIRIUSprocessing

WPCprocessing

Debu

rring molded products

Incr

easin

g metal service life

Mor

eco

ntact i

n adhesion andcoating

Deburring

Shotpeening

Baseprocessing

5

In various fields that get society moving.... Diverse blasting technologies are active in scenes close to you.

Blasting started with surface treatment. Today it hasaccomplished the addition of various functions, therebyseeing an increasingly wide range of applications.Our track record in the metal parts of automotive enginesand the glass panels of plasma displays shows thepossibilities of technical applications of blasting. We, the members of Fuji Manufacturing, will promote thisevolution even further as a pioneer and the top-rankingmanufacturer in blasting.

The fields of blast technology are expanding even further, includingtechnical uses by new industries. "There will be always

6

"Blasting"... its principles are those of a sandstorm in the desert. It issaid to have been inspired by such things as the various surface

patterns caused by sand grains being blown across the desert. Giventhe simplicity of the principles, the process is also easy to apply.

Moreover, the process is also characterized regardless of thematerial of the object being worked.

Fuji Manufacturing realizes various kinds of surfacetreatment that meet the needs of the times by using

its expertise with high reliability to flexiblycontrol the principles and the wide variety of

abrasives.

Blasting:Its principles and basic mechanism

The kind of sandblasting that uses collision with abrasive (a medium) is physical processing. It is applicable tovarious work materials. It is a dry process and can generally be called eco-friendly and inexpensive.

Sandblasting that uses the injection of compressed air can accommodate small and large sizes, light to heavyweight, plane and corner parts, complex shapes and any other work shapes, thereby meeting all shapes. Somekinds of sandblasting equipment are even applicable indoors.

Sandblasting that uses a nozzle system allows easy configuration of nozzle distance, angle and direction, and thenumber of nozzles can be changed to a desired setting. Whether manual or automatic, this process provides highdegrees of production freedom to meet the production needs of users. In combination with robots, this process canalso realize high accuracy and motion speed.

Combinations with more than 400 kinds of abrasives (a medium) enable the generation of various worked surfacesfor various materials. Those seemingly unlimited possibilities of processing will surely satisfy user requirements.

Characteristics of sandblasting

Physical processing/dryprocess

Air process that meets all shapes

Nozzle process with highdegrees of freedom

Possibilities that increase in combi-nation with abrasive(a medium)

●Thin-film removal ●Cleaning

●Patterning cut ●Dimple processing ●Surface roughening

●Reducing the times for mold polishing

● Improving mold release, improving durability

● Increasing mold dimensional precision ●Removing tool marks

●Woodwork ●Glass sculpture●Stone sculpture ● Fancy pearskin finish

●Removing oxide films and foreign matter

●Removing various adherents

●Cleaning ●Peel processing ●Collecting rare

metals

●Construction/housingindustry(interior and exterior fancy plates)

●Artifact manufacturing(wooden kitchenware)

●Fine arts and design industry(glasswork, stained glass)

●Stone industry (tombstones and family emblems, character carving)

●Electrical/home electronics industry(casings for mobile telephones and digital products)

●Automobile-related industry(cylinder blocks)

●Semiconductor-related industries(glass boards)

●Semiconductor-related industries(silicon wafers, reclaiming, photovoltaic and fuel cells)

●MEMS-related industries(precision boards, optical films)

●Electrical/electronics-related industries(PDP, LCDs, organic EL)

●Flat panel manufacturing industry(reflectors, backing plates, adhesion-preventive plates)

●Lens manufacturing/processing industry(optical lenses, dome-use canopies)

●Electronics-related industry(electronic parts, ion-implanted parts)

●Mold/casting industry(removing mold wash and mold release agents, removing casting sand)●Semiconductor field

(office automation equipment, laser-processed products) ●Construction/housing industry

(exterior mold plates)

●Printing industry(aluminum frames)

●Electrical/home electronics industry(various meters)

●Sporting goods industry(golf clubs)

●Fashion industry (spectacle frames)

●Various mold manufacturing industries ●Various mold-using industries

(press products, die cast products, forged products, castings, extraction molds, plastic products, rubber products, glass products, etc.)

The optimal condition for deposition

Physical surface treatment that meets nano-order needs

Vacuumdeposition

Ultra-precision

processing

Pr

oduct refreshing

For d

esign applications

Elim

inati

ngall mold weaknessesMold-related

Cleaning,collection,restoration,

removal

Sculpture,artifact,pearskin

finish

technical applications beyond the domain of specific fields andsomething useful." That is blast technology.

会社案内観音(英語)PS 12.2.21 7:41 PM ページ 1

Building blast machies, contract-processing of customer Productsand providing supplies.Offering flexible user solutions to meet different needs and purposes.

11

Manufacturing blast systems To manufacture high-quality systems.Fuji Manufacturing's systems. Therein lies its consistentattitude of pursuing the best at all times. Not only providingthe highest-level technology in injecting, sorting andcollecting abrasive, but also in stably activating theequipment and detecting errors, and inspecting andmaintaining processing specifications, we regardsandblasters as a system in a comprehensive manner,thereby offering high-grade devices.

Thorough testprocessing

About 30,000 units delivered

Design philosophyassuming that

products should runfor 30 consecutive

years

Start to finishproduction of the

systems in our ownfactories

Among the largest inTokyo, with total

floor space of about14,000 m2

■ The background that supports system manufacture

In-house manufacturing of the equipmentmanufacturing process

Advanced machine tools are introduced for sheet metal cutting,processing and assembly, thereby manufacturing products in the

company's own factories.

■Sample testProduct quality isdemonstrated inthe form of thereal product.Withmicrometer-ordermeasuring equip-ment, we meetadvanced needs.

Laser processing Machining

Welding Pressing

Machining Equipment assembly

In-house manufacturing of the equipmentmanufacturing process

Advanced machine tools are introduced for sheet metal cutting,processing and assembly, thereby manufacturing products in the

company's own factories.

■Productionfactory

The factory isamong the largestin terms of sitearea in Tokyo.With the latestm a n u f a c t u r i n gequipment andskilled staff, thisproduction facilitypursues quality.

company in "sandblasting"

Sandblasting processes utilize more than 400 kinds of abrasives in combination with the injection system, injection pressure, injection rate, and various other conditions. The possibilities offered are indeed unlimited. Fuji Manufacturing continues conducting research on everything about sandblasting, ranging from the injection, collection and sorting of sandblast to abrasive, the processing itself, to the quality control of products to be worked and the equipment used. In addition to the formation and processing of partitions in plasma displays, WPC processing and SIRIUS processing, along with the development of hyper-nozzles with long slit and digital constant-rate injection systems, involve only a few of the patents owned by Fuji Manufacturing. Therefore, Fuji Manufacturing pursues "the right way" about blasting.

Fuji Manufacturing pursues the science of sandblasting

Organization

Development

Capability to tackle the possibilities of blasting and meet various needs.Fuji Manufacturing has constantly been working to fuse leading-edge technology with sandblasting technology by such means as: (1)WPC processing for the surface treatment of metal materials, (2)ultra-precision processing that now extends to the semiconductor and IT fields, and (3)SIRIUS processing that makes precision deburring and smoothing a reality. Our capability to make varied proposals and our outstanding capability of creative development based on accumulated processing know-how can be called nothing but the best partner in sandblasting.

Processingknow-how Leading-edge expertise

The greatest technical staff of all manufacturers specializing in sandblasting.The technical staff of Fuji Manufacturing numbers about 70 members, with 50 working in design and about 20 in R&D (as of December 2007). This technical staff boasts its being among the largest of all companies in Japan. This large staff obsessed with sandblasting is committed day and night to researching, developing and designing the latest and top-ranking sandblasting technologies, which are conversely simple and easy blasters. Responding to the diverse blast needs of users by using the most excellent and largest group of technical staff members... that is what Fuji Manufacturing does.

Technical staff

4

●Ultra-precision polishing, cutting, deburring

●SUS baking, dross removal ●Pretreatment before the

coating adheres ●Lower sliding resistance

●Higher durability ● Lower sliding resistance ●Room temperature

diffusion

●Deburring metal products

●Deburring plastic products

●Deburring molds ●Deburring lead frames

●Higher durability ●Lower sliding resistance ●Lighter weight

● Pretreatment for coating and plating ●Pretreatment for adhesion and

coating ●Pretreatment for fusion and press

fitting ●Pretreatment for welding

●Automobile-related industries (processed aluminum products)

●Mold industry (various molds)

●Tool/cutting tool industry(drills, end mills, precision needles, syringes)

●Machining industry

●Coating industry(various cutting tools, etc.)

●Laser processing industry(metal masks)

●Printing industry(photographic facsimile)

●Metal processing industry (magnetic disks)

●Plastics industry (PPS resin, lenny resin, peak resin, etc.)

●Automobile-related industries (automotive wheels)

●Automobile-related industries(transmission gears, torsion bars, crankshafts, bodies)

●Aircraft-related industries(turbine blades, discs, landing gears, aircraft bodies, main wings)

●Nuclear-related industries(fan blades)

●Petrochemical industries (storage tanks)

●Bridge construction industry(bridges, bridge columns)

●Automobile-related industries(engines, pistons, transmission gears)

●Cutting tool industry(drills, end mills)

●Mold industry(die cast molds, press molds, forging molds)

●Automobile-related industry(engine valves)

●Fashion industry(spectacle frames)

●Aircraft-related industry(aircraft bodies)

●Building materials(exterior plates)

●Metal processing industry(pots, frying pans)

●Precision equipment field (springs)

Combining ultrahigh precision with delicate processing

Strengthening and hardening the topmost surface

SIRIUSprocessing

WPCprocessing

Debu

rring molded products

Incr

easin

g metal service life

Mor

eco

nta

ct in adhesion andcoating

Deburring

Shotpeening

Baseprocessing

5

In various fields that get society moving.... Diverse blasting technologies are active in scenes close to you.

Blasting started with surface treatment. Today it hasaccomplished the addition of various functions, therebyseeing an increasingly wide range of applications.Our track record in the metal parts of automotive enginesand the glass panels of plasma displays shows thepossibilities of technical applications of blasting. We, the members of Fuji Manufacturing, will promote thisevolution even further as a pioneer and the top-rankingmanufacturer in blasting.

The fields of blast technology are expanding even further, includingtechnical uses by new industries. "There will be always

6

"Blasting"... its principles are those of a sandstorm in the desert. It issaid to have been inspired by such things as the various surface

patterns caused by sand grains being blown across the desert. Giventhe simplicity of the principles, the process is also easy to apply.

Moreover, the process is also characterized regardless of thematerial of the object being worked.

Fuji Manufacturing realizes various kinds of surfacetreatment that meet the needs of the times by using

its expertise with high reliability to flexiblycontrol the principles and the wide variety of

abrasives.

Blasting:Its principles and basic mechanism

The kind of sandblasting that uses collision with abrasive (a medium) is physical processing. It is applicable tovarious work materials. It is a dry process and can generally be called eco-friendly and inexpensive.

Sandblasting that uses the injection of compressed air can accommodate small and large sizes, light to heavyweight, plane and corner parts, complex shapes and any other work shapes, thereby meeting all shapes. Somekinds of sandblasting equipment are even applicable indoors.

Sandblasting that uses a nozzle system allows easy configuration of nozzle distance, angle and direction, and thenumber of nozzles can be changed to a desired setting. Whether manual or automatic, this process provides highdegrees of production freedom to meet the production needs of users. In combination with robots, this process canalso realize high accuracy and motion speed.

Combinations with more than 400 kinds of abrasives (a medium) enable the generation of various worked surfacesfor various materials. Those seemingly unlimited possibilities of processing will surely satisfy user requirements.

Characteristics of sandblasting

Physical processing/dryprocess

Air process that meets all shapes

Nozzle process with highdegrees of freedom

Possibilities that increase in combi-nation with abrasive(a medium)

●Thin-film removal ●Cleaning

●Patterning cut ●Dimple processing ●Surface roughening

●Reducing the times for mold polishing

● Improving mold release, improving durability

● Increasing mold dimensional precision ●Removing tool marks

●Woodwork ●Glass sculpture●Stone sculpture ● Fancy pearskin finish

●Removing oxide films and foreign matter

●Removing various adherents

●Cleaning ●Peel processing ●Collecting rare

metals

●Construction/housingindustry(interior and exterior fancy plates)

●Artifact manufacturing(wooden kitchenware)

●Fine arts and design industry(glasswork, stained glass)

●Stone industry (tombstones and family emblems, character carving)

●Electrical/home electronics industry(casings for mobile telephones and digital products)

●Automobile-related industry(cylinder blocks)

●Semiconductor-related industries(glass boards)

●Semiconductor-related industries(silicon wafers, reclaiming, photovoltaic and fuel cells)

●MEMS-related industries(precision boards, optical films)

●Electrical/electronics-related industries(PDP, LCDs, organic EL)

●Flat panel manufacturing industry(reflectors, backing plates, adhesion-preventive plates)

●Lens manufacturing/processing industry(optical lenses, dome-use canopies)

●Electronics-related industry(electronic parts, ion-implanted parts)

●Mold/casting industry(removing mold wash and mold release agents, removing casting sand)●Semiconductor field

(office automation equipment, laser-processed products) ●Construction/housing industry

(exterior mold plates)

●Printing industry(aluminum frames)

●Electrical/home electronics industry(various meters)

●Sporting goods industry(golf clubs)

●Fashion industry (spectacle frames)

●Various mold manufacturing industries ●Various mold-using industries

(press products, die cast products, forged products, castings, extraction molds, plastic products, rubber products, glass products, etc.)

The optimal condition for deposition

Physical surface treatment that meets nano-order needs

Vacuumdeposition

Ultra-precision

processing

Pr

oduct refreshing

For d

esign applications

Elim

inati

ngall mold weaknessesMold-related

Cleaning,collection,restoration,

removal

Sculpture,artifact,pearskin

finish

technical applications beyond the domain of specific fields andsomething useful." That is blast technology.

会社案内観音(英語)PS 12.2.21 7:41 PM ページ 1

Deburring

In machining pieces of metal, resin or other materialand in making molded products, removing productburrs is indispensable to producing high-qualityproducts. Blast-assisted deburring destroys burrs byusing abrasive and blows them away with air. It is thusa rational processing method.The process is also effective for complex shapes, theinsides of holes, other intersection burrs, and otherhard-to-machine pieces.

For finishing resin and die-cast products andparts made of aluminum, SUS and copper.

Surface preparation

For pretreating all kinds of products.

Blasting the base surface on which to apply paint oradhesive increases the surface area, while causing thepure surface to emerge and roughening the interface.This then increases adhesiveness (anchor effect). Not only in painting and adhesion, this process iswidely used in flame spray coating, Teflon, plating,CVD, PVD, and various other kinds of coating.

Mold-related

This 2-step processing method cuts off burrs, whitelayers, hardened layers and other thermally affectedzones, micro-cracks and other surface defectsgenerated in mold manufacture, and also adds densityand residual compressive stress to the surface texture.The process is also ideally suited for removing toolmarks. This dramatically improves mold formability, durabilityand releasability.

Producing even higher-quality molds by a 2-stepprocess of cutting and grinding (MK processing).

Pearskin processing

Due to the diffuse reflection of light on fine bumps anddips, pearskin processing is a design process thatgives a soft, austere and profound feel to metalsurfaces. It is widely used in digital cameras, mobilephones, the interior and exterior of buildings, and otherapplications as well.The process is used not only for design purposes butalso for hiding scratches, matt processing, and forotherwise producing functional surfaces as well.

For the exterior designs of products.

Cleaning, collection, restoration, removal

By removing scales, peeling paint films, removing sandfrom castings and otherwise, sandblasting is applic-able to cleaning as well. The process performs processing much more quicklythan manual work. It is rational and allows workers toreturn quickly to the production work that they weredoing. It is also active in removing and collectingbacking plates, thin metal films, IC chips and otherparts made of precions metal and rare metal (such asAu, Pt, Ni, etc).

For restoring metal functionality andcollecting rare metals.

Sculpture and artifacts

In making wood patterns appear, producing stone andglass sculptures, and in other fields, blast technology isalso used in other fine arts and design fields. such assculpture, artifacts, etc, Combined with various kindsof abrasive, the process enables a wide variety ofexpressions.

For design expression.

Basic Sandblast Technology

Shot peening

For increasing the fatigue life of metalparts.

The process utilizes the full life of products whoseresponse to metal fatigue is emphasized to extremes,thereby inhibiting fatigue destruction and stresscorrosion cracking. In processing, the processfacilitates adjustment of the injection rate and speed,and the setting of processing direction and angle. Italso allows a particular range to be processedintensively.The process is used in automobiles, aircraft and manyother kinds of transport equipment, and greatlycontributes to increasing reliability and reducingweight. The process also complies with Nadcap※.※National Aerospace and Defense Contractors AccreditationProgram.

9 10

● Pretreatment that increasesthe adhesiveness ofdeposited films

● Cleaning deposited filmsincluding jigs

UsesSandblast is also effective in vacuumdeposition, which is used in variousfields including optical thin f i lms,electrodes, semiconductor films andinsulated films for displays, and foodpacking materials. In cleaning vacuum deposited jigs andsimilar fields, this process takes lesstime than manual work and securelyremoves dust, thereby maintaining theconditions for vacuum deposition.

Vacuum deposition related processing

For cleaning deposited parts, jigs, electrodes andother parts.

● Drilling, dicing, reclaimingand otherwise processingvarious types of wafer (Si,Pzt, crystal, quartz glassand ceramics), and othermaterials

● Erecting pins on board-fixing beds

● Processing the flowchannels for micro-reactors

UsesIn semiconductor and other leading-edge IT industries as well, sandblast isnow an indispensable technology.Sandblast can perform through-holeprocessing, etching, groove makingand other cutting operations in glass,silicon, ceramic, and other hard andbrittle materials. With digital injectioncontrol, the process achieves highprocessing reproducibility and controlsthe processing level. Being a non-chemical dry process, this method issuited for a wide range of processingand patterning.

Ultra-precision processing

For cutting and roughening hard and brittle materialsat the micrometer level.

● Increasing the fatiguestrength and durability ofgears, shafts and variousother metal parts

● Improving the functions ofdrills, end mills, and othertools and cutting tools

● Improving the slidability ofengine parts and othermetal products

● Increasing durability anddrawability

Uses

This advanced heat treatment methodinjects fine-powdered abrasive withgrains less than 200μm in diameter andmakes the texture of the topmostsurfaces of metal products finer,thereby increasing hardness, toughnessand residual compressive stress.In addition to making the various partsof cutting tools and molds moredurable, this process prevents stresscorrosion cracking and electricalfriction, achieves tribological (lubrica-tion) effects through microscopicbumps and dips, strengthens work-pieces by room temperature diffusionand cementation, and provides variousother functions stemming from surfacetransformation. Combined with shotpeening, this process can also producesynergic effects.

WPC processing

Partition for PDP (AC type)

Transforming the topmost surface for higherdurability and slidability.

SIRIUS processing

● Enhancing the surfaces ofmolds

● Removing microscopicburrs (of about 5μm) fromtools and cutting tools

● Removing weld burns fromstainless steel

● Pretreating and post-treating coating films

● Removing dross from laser-processed surfaces

UsesThis is a new surface treatment methoddevised by fusing a newly developedelastic medium with outstanding blasttechnology. As the medium (an elasticbody) slides and processes the surfaceto be worked, it achieves microscopicgrinding. This process performs jetprocessing by using nozzles, and caneven process complex shapes, as wellas large and heavy workpieces, andallows processing positions to be set toany desired setting.This process is also adaptable to anautomated work process and multiplejet nozzles.

For "polishing" blast, microscopic deburring, thinfilm removal, and surface enhancement.

An increasingly wide variation of sandblast technologiesApplications are found in all fields and various industries.

"Further evolution of technology and pursuit ofpossibilities": This challenging spirit increases the uses ofblast technology, which is used as a processing technologyindispensable in scenes of creative manufacturing beyondthe domain of a specific field or industry. We, the members of Fuji Manufacturing, will continuedeveloping new technologies and promoting the use andapplication of blast technology to enrich society and homelife as a leading company in sandblasting.

Advanced Sandblast Technology

7 8

Before processing

After processing

AdvancedSandblastTechnology

BasicSandblastTechnology

会社案内観音(英語)PS 12.2.21 7:41 PM ページ 2

Advanced Sandblast Technology

BasicSandblast Technology

Deburring

In machining pieces of metal, resin or other materialand in making molded products, removing productburrs is indispensable to producing high-qualityproducts. Blast-assisted deburring destroys burrs byusing abrasive and blows them away with air. It is thusa rational processing method.The process is also effective for complex shapes, theinsides of holes, other intersection burrs, and otherhard-to-machine pieces.

For finishing resin and die-cast products andparts made of aluminum, SUS and copper.

Surface preparation

For pretreating all kinds of products.

Blasting the base surface on which to apply paint oradhesive increases the surface area, while causing thepure surface to emerge and roughening the interface.This then increases adhesiveness (anchor effect). Not only in painting and adhesion, this process iswidely used in flame spray coating, Teflon, plating,CVD, PVD, and various other kinds of coating.

Mold-related

This 2-step processing method cuts off burrs, whitelayers, hardened layers and other thermally affectedzones, micro-cracks and other surface defectsgenerated in mold manufacture, and also adds densityand residual compressive stress to the surface texture.The process is also ideally suited for removing toolmarks. This dramatically improves mold formability, durabilityand releasability.

Producing even higher-quality molds by a 2-stepprocess of cutting and grinding (MK processing).

Pearskin processing

Due to the diffuse reflection of light on fine bumps anddips, pearskin processing is a design process thatgives a soft, austere and profound feel to metalsurfaces. It is widely used in digital cameras, mobilephones, the interior and exterior of buildings, and otherapplications as well.The process is used not only for design purposes butalso for hiding scratches, matt processing, and forotherwise producing functional surfaces as well.

For the exterior designs of products.

Cleaning, collection, restoration, removal

By removing scales, peeling paint films, removing sandfrom castings and otherwise, sandblasting is applic-able to cleaning as well. The process performs processing much more quicklythan manual work. It is rational and allows workers toreturn quickly to the production work that they weredoing. It is also active in removing and collectingbacking plates, thin metal films, IC chips and otherparts made of precions metal and rare metal (such asAu, Pt, Ni, etc).

For restoring metal functionality andcollecting rare metals.

Sculpture and artifacts

In making wood patterns appear, producing stone andglass sculptures, and in other fields, blast technology isalso used in other fine arts and design fields. such assculpture, artifacts, etc, Combined with various kindsof abrasive, the process enables a wide variety ofexpressions.

For design expression.

Basic Sandblast Technology

Shot peening

For increasing the fatigue life of metalparts.

The process utilizes the full life of products whoseresponse to metal fatigue is emphasized to extremes,thereby inhibiting fatigue destruction and stresscorrosion cracking. In processing, the processfacilitates adjustment of the injection rate and speed,and the setting of processing direction and angle. Italso allows a particular range to be processedintensively.The process is used in automobiles, aircraft and manyother kinds of transport equipment, and greatlycontributes to increasing reliability and reducingweight. The process also complies with Nadcap※.※National Aerospace and Defense Contractors AccreditationProgram.

9 10

● Pretreatment that increasesthe adhesiveness ofdeposited films

● Cleaning deposited filmsincluding jigs

UsesSandblast is also effective in vacuumdeposition, which is used in variousfields including optical thin f i lms,electrodes, semiconductor films andinsulated films for displays, and foodpacking materials. In cleaning vacuum deposited jigs andsimilar fields, this process takes lesstime than manual work and securelyremoves dust, thereby maintaining theconditions for vacuum deposition.

Vacuum deposition related processing

For cleaning deposited parts, jigs, electrodes andother parts.

● Drilling, dicing, reclaimingand otherwise processingvarious types of wafer (Si,Pzt, crystal, quartz glassand ceramics), and othermaterials

● Erecting pins on board-fixing beds

● Processing the flowchannels for micro-reactors

UsesIn semiconductor and other leading-edge IT industries as well, sandblast isnow an indispensable technology.Sandblast can perform through-holeprocessing, etching, groove makingand other cutting operations in glass,silicon, ceramic, and other hard andbrittle materials. With digital injectioncontrol, the process achieves highprocessing reproducibility and controlsthe processing level. Being a non-chemical dry process, this method issuited for a wide range of processingand patterning.

Ultra-precision processing

For cutting and roughening hard and brittle materialsat the micrometer level.

● Increasing the fatiguestrength and durability ofgears, shafts and variousother metal parts

● Improving the functions ofdrills, end mills, and othertools and cutting tools

● Improving the slidability ofengine parts and othermetal products

● Increasing durability anddrawability

Uses

This advanced heat treatment methodinjects fine-powdered abrasive withgrains less than 200μm in diameter andmakes the texture of the topmostsurfaces of metal products finer,thereby increasing hardness, toughnessand residual compressive stress.In addition to making the various partsof cutting tools and molds moredurable, this process prevents stresscorrosion cracking and electricalfriction, achieves tribological (lubrica-tion) effects through microscopicbumps and dips, strengthens work-pieces by room temperature diffusionand cementation, and provides variousother functions stemming from surfacetransformation. Combined with shotpeening, this process can also producesynergic effects.

WPC processing

Partition for PDP (AC type)

Transforming the topmost surface for higherdurability and slidability.

SIRIUS processing

● Enhancing the surfaces ofmolds

● Removing microscopicburrs (of about 5μm) fromtools and cutting tools

● Removing weld burns fromstainless steel

● Pretreating and post-treating coating films

● Removing dross from laser-processed surfaces

UsesThis is a new surface treatment methoddevised by fusing a newly developedelastic medium with outstanding blasttechnology. As the medium (an elasticbody) slides and processes the surfaceto be worked, it achieves microscopicgrinding. This process performs jetprocessing by using nozzles, and caneven process complex shapes, as wellas large and heavy workpieces, andallows processing positions to be set toany desired setting.This process is also adaptable to anautomated work process and multiplejet nozzles.

For "polishing" blast, microscopic deburring, thinfilm removal, and surface enhancement.

An increasingly wide variation of sandblast technologiesApplications are found in all fields and various industries.

"Further evolution of technology and pursuit ofpossibilities": This challenging spirit increases the uses ofblast technology, which is used as a processing technologyindispensable in scenes of creative manufacturing beyondthe domain of a specific field or industry. We, the members of Fuji Manufacturing, will continuedeveloping new technologies and promoting the use andapplication of blast technology to enrich society and homelife as a leading company in sandblasting.

Advanced Sandblast Technology

7 8

Before processing

After processing

AdvancedSandblastTechnology

BasicSandblastTechnology

会社案内観音(英語)PS 12.2.21 7:41 PM ページ 2

Deburring

In machining pieces of metal, resin or other materialand in making molded products, removing productburrs is indispensable to producing high-qualityproducts. Blast-assisted deburring destroys burrs byusing abrasive and blows them away with air. It is thusa rational processing method.The process is also effective for complex shapes, theinsides of holes, other intersection burrs, and otherhard-to-machine pieces.

For finishing resin and die-cast products andparts made of aluminum, SUS and copper.

Surface preparation

For pretreating all kinds of products.

Blasting the base surface on which to apply paint oradhesive increases the surface area, while causing thepure surface to emerge and roughening the interface.This then increases adhesiveness (anchor effect). Not only in painting and adhesion, this process iswidely used in flame spray coating, Teflon, plating,CVD, PVD, and various other kinds of coating.

Mold-related

This 2-step processing method cuts off burrs, whitelayers, hardened layers and other thermally affectedzones, micro-cracks and other surface defectsgenerated in mold manufacture, and also adds densityand residual compressive stress to the surface texture.The process is also ideally suited for removing toolmarks. This dramatically improves mold formability, durabilityand releasability.

Producing even higher-quality molds by a 2-stepprocess of cutting and grinding (MK processing).

Pearskin processing

Due to the diffuse reflection of light on fine bumps anddips, pearskin processing is a design process thatgives a soft, austere and profound feel to metalsurfaces. It is widely used in digital cameras, mobilephones, the interior and exterior of buildings, and otherapplications as well.The process is used not only for design purposes butalso for hiding scratches, matt processing, and forotherwise producing functional surfaces as well.

For the exterior designs of products.

Cleaning, collection, restoration, removal

By removing scales, peeling paint films, removing sandfrom castings and otherwise, sandblasting is applic-able to cleaning as well. The process performs processing much more quicklythan manual work. It is rational and allows workers toreturn quickly to the production work that they weredoing. It is also active in removing and collectingbacking plates, thin metal films, IC chips and otherparts made of precions metal and rare metal (such asAu, Pt, Ni, etc).

For restoring metal functionality andcollecting rare metals.

Sculpture and artifacts

In making wood patterns appear, producing stone andglass sculptures, and in other fields, blast technology isalso used in other fine arts and design fields. such assculpture, artifacts, etc, Combined with various kindsof abrasive, the process enables a wide variety ofexpressions.

For design expression.

Basic Sandblast Technology

Shot peening

For increasing the fatigue life of metalparts.

The process utilizes the full life of products whoseresponse to metal fatigue is emphasized to extremes,thereby inhibiting fatigue destruction and stresscorrosion cracking. In processing, the processfacilitates adjustment of the injection rate and speed,and the setting of processing direction and angle. Italso allows a particular range to be processedintensively.The process is used in automobiles, aircraft and manyother kinds of transport equipment, and greatlycontributes to increasing reliability and reducingweight. The process also complies with Nadcap※.※National Aerospace and Defense Contractors AccreditationProgram.

9 10

● Pretreatment that increasesthe adhesiveness ofdeposited films

● Cleaning deposited filmsincluding jigs

UsesSandblast is also effective in vacuumdeposition, which is used in variousfields including optical thin f i lms,electrodes, semiconductor films andinsulated films for displays, and foodpacking materials. In cleaning vacuum deposited jigs andsimilar fields, this process takes lesstime than manual work and securelyremoves dust, thereby maintaining theconditions for vacuum deposition.

Vacuum deposition related processing

For cleaning deposited parts, jigs, electrodes andother parts.

● Drilling, dicing, reclaimingand otherwise processingvarious types of wafer (Si,Pzt, crystal, quartz glassand ceramics), and othermaterials

● Erecting pins on board-fixing beds

● Processing the flowchannels for micro-reactors

UsesIn semiconductor and other leading-edge IT industries as well, sandblast isnow an indispensable technology.Sandblast can perform through-holeprocessing, etching, groove makingand other cutting operations in glass,silicon, ceramic, and other hard andbrittle materials. With digital injectioncontrol, the process achieves highprocessing reproducibility and controlsthe processing level. Being a non-chemical dry process, this method issuited for a wide range of processingand patterning.

Ultra-precision processing

For cutting and roughening hard and brittle materialsat the micrometer level.

● Increasing the fatiguestrength and durability ofgears, shafts and variousother metal parts

● Improving the functions ofdrills, end mills, and othertools and cutting tools

● Improving the slidability ofengine parts and othermetal products

● Increasing durability anddrawability

Uses

This advanced heat treatment methodinjects fine-powdered abrasive withgrains less than 200μm in diameter andmakes the texture of the topmostsurfaces of metal products finer,thereby increasing hardness, toughnessand residual compressive stress.In addition to making the various partsof cutting tools and molds moredurable, this process prevents stresscorrosion cracking and electricalfriction, achieves tribological (lubrica-tion) effects through microscopicbumps and dips, strengthens work-pieces by room temperature diffusionand cementation, and provides variousother functions stemming from surfacetransformation. Combined with shotpeening, this process can also producesynergic effects.

WPC processing

Partition for PDP (AC type)

Transforming the topmost surface for higherdurability and slidability.

SIRIUS processing

● Enhancing the surfaces ofmolds

● Removing microscopicburrs (of about 5μm) fromtools and cutting tools

● Removing weld burns fromstainless steel

● Pretreating and post-treating coating films

● Removing dross from laser-processed surfaces

UsesThis is a new surface treatment methoddevised by fusing a newly developedelastic medium with outstanding blasttechnology. As the medium (an elasticbody) slides and processes the surfaceto be worked, it achieves microscopicgrinding. This process performs jetprocessing by using nozzles, and caneven process complex shapes, as wellas large and heavy workpieces, andallows processing positions to be set toany desired setting.This process is also adaptable to anautomated work process and multiplejet nozzles.

For "polishing" blast, microscopic deburring, thinfilm removal, and surface enhancement.

An increasingly wide variation of sandblast technologiesApplications are found in all fields and various industries.

"Further evolution of technology and pursuit ofpossibilities": This challenging spirit increases the uses ofblast technology, which is used as a processing technologyindispensable in scenes of creative manufacturing beyondthe domain of a specific field or industry. We, the members of Fuji Manufacturing, will continuedeveloping new technologies and promoting the use andapplication of blast technology to enrich society and homelife as a leading company in sandblasting.

Advanced Sandblast Technology

7 8

Before processing

After processing

AdvancedSandblastTechnology

BasicSandblastTechnology

会社案内観音(英語)PS 12.2.21 7:41 PM ページ 2

Deburring

In machining pieces of metal, resin or other materialand in making molded products, removing productburrs is indispensable to producing high-qualityproducts. Blast-assisted deburring destroys burrs byusing abrasive and blows them away with air. It is thusa rational processing method.The process is also effective for complex shapes, theinsides of holes, other intersection burrs, and otherhard-to-machine pieces.

For finishing resin and die-cast products andparts made of aluminum, SUS and copper.

Surface preparation

For pretreating all kinds of products.

Blasting the base surface on which to apply paint oradhesive increases the surface area, while causing thepure surface to emerge and roughening the interface.This then increases adhesiveness (anchor effect). Not only in painting and adhesion, this process iswidely used in flame spray coating, Teflon, plating,CVD, PVD, and various other kinds of coating.

Mold-related

This 2-step processing method cuts off burrs, whitelayers, hardened layers and other thermally affectedzones, micro-cracks and other surface defectsgenerated in mold manufacture, and also adds densityand residual compressive stress to the surface texture.The process is also ideally suited for removing toolmarks. This dramatically improves mold formability, durabilityand releasability.

Producing even higher-quality molds by a 2-stepprocess of cutting and grinding (MK processing).

Pearskin processing

Due to the diffuse reflection of light on fine bumps anddips, pearskin processing is a design process thatgives a soft, austere and profound feel to metalsurfaces. It is widely used in digital cameras, mobilephones, the interior and exterior of buildings, and otherapplications as well.The process is used not only for design purposes butalso for hiding scratches, matt processing, and forotherwise producing functional surfaces as well.

For the exterior designs of products.

Cleaning, collection, restoration, removal

By removing scales, peeling paint films, removing sandfrom castings and otherwise, sandblasting is applic-able to cleaning as well. The process performs processing much more quicklythan manual work. It is rational and allows workers toreturn quickly to the production work that they weredoing. It is also active in removing and collectingbacking plates, thin metal films, IC chips and otherparts made of precions metal and rare metal (such asAu, Pt, Ni, etc).

For restoring metal functionality andcollecting rare metals.

Sculpture and artifacts

In making wood patterns appear, producing stone andglass sculptures, and in other fields, blast technology isalso used in other fine arts and design fields. such assculpture, artifacts, etc, Combined with various kindsof abrasive, the process enables a wide variety ofexpressions.

For design expression.

Basic Sandblast Technology

Shot peening

For increasing the fatigue life of metalparts.

The process utilizes the full life of products whoseresponse to metal fatigue is emphasized to extremes,thereby inhibiting fatigue destruction and stresscorrosion cracking. In processing, the processfacilitates adjustment of the injection rate and speed,and the setting of processing direction and angle. Italso allows a particular range to be processedintensively.The process is used in automobiles, aircraft and manyother kinds of transport equipment, and greatlycontributes to increasing reliability and reducingweight. The process also complies with Nadcap※.※National Aerospace and Defense Contractors AccreditationProgram.

9 10

● Pretreatment that increasesthe adhesiveness ofdeposited films

● Cleaning deposited filmsincluding jigs

UsesSandblast is also effective in vacuumdeposition, which is used in variousfields including optical thin f i lms,electrodes, semiconductor films andinsulated films for displays, and foodpacking materials. In cleaning vacuum deposited jigs andsimilar fields, this process takes lesstime than manual work and securelyremoves dust, thereby maintaining theconditions for vacuum deposition.

Vacuum deposition related processing

For cleaning deposited parts, jigs, electrodes andother parts.

● Drilling, dicing, reclaimingand otherwise processingvarious types of wafer (Si,Pzt, crystal, quartz glassand ceramics), and othermaterials

● Erecting pins on board-fixing beds

● Processing the flowchannels for micro-reactors

UsesIn semiconductor and other leading-edge IT industries as well, sandblast isnow an indispensable technology.Sandblast can perform through-holeprocessing, etching, groove makingand other cutting operations in glass,silicon, ceramic, and other hard andbrittle materials. With digital injectioncontrol, the process achieves highprocessing reproducibility and controlsthe processing level. Being a non-chemical dry process, this method issuited for a wide range of processingand patterning.

Ultra-precision processing

For cutting and roughening hard and brittle materialsat the micrometer level.

● Increasing the fatiguestrength and durability ofgears, shafts and variousother metal parts

● Improving the functions ofdrills, end mills, and othertools and cutting tools

● Improving the slidability ofengine parts and othermetal products

● Increasing durability anddrawability

Uses

This advanced heat treatment methodinjects fine-powdered abrasive withgrains less than 200μm in diameter andmakes the texture of the topmostsurfaces of metal products finer,thereby increasing hardness, toughnessand residual compressive stress.In addition to making the various partsof cutting tools and molds moredurable, this process prevents stresscorrosion cracking and electricalfriction, achieves tribological (lubrica-tion) effects through microscopicbumps and dips, strengthens work-pieces by room temperature diffusionand cementation, and provides variousother functions stemming from surfacetransformation. Combined with shotpeening, this process can also producesynergic effects.

WPC processing

Partition for PDP (AC type)

Transforming the topmost surface for higherdurability and slidability.

SIRIUS processing

● Enhancing the surfaces ofmolds

● Removing microscopicburrs (of about 5μm) fromtools and cutting tools

● Removing weld burns fromstainless steel

● Pretreating and post-treating coating films

● Removing dross from laser-processed surfaces

UsesThis is a new surface treatment methoddevised by fusing a newly developedelastic medium with outstanding blasttechnology. As the medium (an elasticbody) slides and processes the surfaceto be worked, it achieves microscopicgrinding. This process performs jetprocessing by using nozzles, and caneven process complex shapes, as wellas large and heavy workpieces, andallows processing positions to be set toany desired setting.This process is also adaptable to anautomated work process and multiplejet nozzles.

For "polishing" blast, microscopic deburring, thinfilm removal, and surface enhancement.

An increasingly wide variation of sandblast technologiesApplications are found in all fields and various industries.

"Further evolution of technology and pursuit ofpossibilities": This challenging spirit increases the uses ofblast technology, which is used as a processing technologyindispensable in scenes of creative manufacturing beyondthe domain of a specific field or industry. We, the members of Fuji Manufacturing, will continuedeveloping new technologies and promoting the use andapplication of blast technology to enrich society and homelife as a leading company in sandblasting.

Advanced Sandblast Technology

7 8

Before processing

After processing

AdvancedSandblastTechnology

BasicSandblastTechnology

会社案内観音(英語)PS 12.2.21 7:41 PM ページ 2

Deburring

In machining pieces of metal, resin or other materialand in making molded products, removing productburrs is indispensable to producing high-qualityproducts. Blast-assisted deburring destroys burrs byusing abrasive and blows them away with air. It is thusa rational processing method.The process is also effective for complex shapes, theinsides of holes, other intersection burrs, and otherhard-to-machine pieces.

For finishing resin and die-cast products andparts made of aluminum, SUS and copper.

Surface preparation

For pretreating all kinds of products.

Blasting the base surface on which to apply paint oradhesive increases the surface area, while causing thepure surface to emerge and roughening the interface.This then increases adhesiveness (anchor effect). Not only in painting and adhesion, this process iswidely used in flame spray coating, Teflon, plating,CVD, PVD, and various other kinds of coating.

Mold-related

This 2-step processing method cuts off burrs, whitelayers, hardened layers and other thermally affectedzones, micro-cracks and other surface defectsgenerated in mold manufacture, and also adds densityand residual compressive stress to the surface texture.The process is also ideally suited for removing toolmarks. This dramatically improves mold formability, durabilityand releasability.

Producing even higher-quality molds by a 2-stepprocess of cutting and grinding (MK processing).

Pearskin processing

Due to the diffuse reflection of light on fine bumps anddips, pearskin processing is a design process thatgives a soft, austere and profound feel to metalsurfaces. It is widely used in digital cameras, mobilephones, the interior and exterior of buildings, and otherapplications as well.The process is used not only for design purposes butalso for hiding scratches, matt processing, and forotherwise producing functional surfaces as well.

For the exterior designs of products.

Cleaning, collection, restoration, removal

By removing scales, peeling paint films, removing sandfrom castings and otherwise, sandblasting is applic-able to cleaning as well. The process performs processing much more quicklythan manual work. It is rational and allows workers toreturn quickly to the production work that they weredoing. It is also active in removing and collectingbacking plates, thin metal films, IC chips and otherparts made of precions metal and rare metal (such asAu, Pt, Ni, etc).

For restoring metal functionality andcollecting rare metals.

Sculpture and artifacts

In making wood patterns appear, producing stone andglass sculptures, and in other fields, blast technology isalso used in other fine arts and design fields. such assculpture, artifacts, etc, Combined with various kindsof abrasive, the process enables a wide variety ofexpressions.

For design expression.

Basic Sandblast Technology

Shot peening

For increasing the fatigue life of metalparts.

The process utilizes the full life of products whoseresponse to metal fatigue is emphasized to extremes,thereby inhibiting fatigue destruction and stresscorrosion cracking. In processing, the processfacilitates adjustment of the injection rate and speed,and the setting of processing direction and angle. Italso allows a particular range to be processedintensively.The process is used in automobiles, aircraft and manyother kinds of transport equipment, and greatlycontributes to increasing reliability and reducingweight. The process also complies with Nadcap※.※National Aerospace and Defense Contractors AccreditationProgram.

9 10

● Pretreatment that increasesthe adhesiveness ofdeposited films

● Cleaning deposited filmsincluding jigs

UsesSandblast is also effective in vacuumdeposition, which is used in variousfields including optical thin f i lms,electrodes, semiconductor films andinsulated films for displays, and foodpacking materials. In cleaning vacuum deposited jigs andsimilar fields, this process takes lesstime than manual work and securelyremoves dust, thereby maintaining theconditions for vacuum deposition.

Vacuum deposition related processing

For cleaning deposited parts, jigs, electrodes andother parts.

● Drilling, dicing, reclaimingand otherwise processingvarious types of wafer (Si,Pzt, crystal, quartz glassand ceramics), and othermaterials

● Erecting pins on board-fixing beds

● Processing the flowchannels for micro-reactors

UsesIn semiconductor and other leading-edge IT industries as well, sandblast isnow an indispensable technology.Sandblast can perform through-holeprocessing, etching, groove makingand other cutting operations in glass,silicon, ceramic, and other hard andbrittle materials. With digital injectioncontrol, the process achieves highprocessing reproducibility and controlsthe processing level. Being a non-chemical dry process, this method issuited for a wide range of processingand patterning.

Ultra-precision processing

For cutting and roughening hard and brittle materialsat the micrometer level.

● Increasing the fatiguestrength and durability ofgears, shafts and variousother metal parts

● Improving the functions ofdrills, end mills, and othertools and cutting tools

● Improving the slidability ofengine parts and othermetal products

● Increasing durability anddrawability

Uses

This advanced heat treatment methodinjects fine-powdered abrasive withgrains less than 200μm in diameter andmakes the texture of the topmostsurfaces of metal products finer,thereby increasing hardness, toughnessand residual compressive stress.In addition to making the various partsof cutting tools and molds moredurable, this process prevents stresscorrosion cracking and electricalfriction, achieves tribological (lubrica-tion) effects through microscopicbumps and dips, strengthens work-pieces by room temperature diffusionand cementation, and provides variousother functions stemming from surfacetransformation. Combined with shotpeening, this process can also producesynergic effects.

WPC processing

Partition for PDP (AC type)

Transforming the topmost surface for higherdurability and slidability.

SIRIUS processing

● Enhancing the surfaces ofmolds

● Removing microscopicburrs (of about 5μm) fromtools and cutting tools

● Removing weld burns fromstainless steel

● Pretreating and post-treating coating films

● Removing dross from laser-processed surfaces

UsesThis is a new surface treatment methoddevised by fusing a newly developedelastic medium with outstanding blasttechnology. As the medium (an elasticbody) slides and processes the surfaceto be worked, it achieves microscopicgrinding. This process performs jetprocessing by using nozzles, and caneven process complex shapes, as wellas large and heavy workpieces, andallows processing positions to be set toany desired setting.This process is also adaptable to anautomated work process and multiplejet nozzles.

For "polishing" blast, microscopic deburring, thinfilm removal, and surface enhancement.

An increasingly wide variation of sandblast technologiesApplications are found in all fields and various industries.

"Further evolution of technology and pursuit ofpossibilities": This challenging spirit increases the uses ofblast technology, which is used as a processing technologyindispensable in scenes of creative manufacturing beyondthe domain of a specific field or industry. We, the members of Fuji Manufacturing, will continuedeveloping new technologies and promoting the use andapplication of blast technology to enrich society and homelife as a leading company in sandblasting.

Advanced Sandblast Technology

7 8

Before processing

After processing

AdvancedSandblastTechnology

BasicSandblastTechnology

会社案内観音(英語)PS 12.2.21 7:41 PM ページ 2

Building blast machies, contract-processing of customer Productsand providing supplies.Offering flexible user solutions to meet different needs and purposes.

11

Manufacturing blast systems To manufacture high-quality systems.Fuji Manufacturing's systems. Therein lies its consistentattitude of pursuing the best at all times. Not only providingthe highest-level technology in injecting, sorting andcollecting abrasive, but also in stably activating theequipment and detecting errors, and inspecting andmaintaining processing specifications, we regardsandblasters as a system in a comprehensive manner,thereby offering high-grade devices.

Thorough testprocessing

About 30,000 units delivered

Design philosophyassuming that

products should runfor 30 consecutive

years

Start to finishproduction of the

systems in our ownfactories

Among the largest inTokyo, with total

floor space of about14,000 m2

■ The background that supports system manufacture

In-house manufacturing of the equipmentmanufacturing process

Advanced machine tools are introduced for sheet metal cutting,processing and assembly, thereby manufacturing products in the

company's own factories.

■Sample testProduct quality isdemonstrated inthe form of thereal product.Withmicrometer-ordermeasuring equip-ment, we meetadvanced needs.

Laser processing Machining

Welding Pressing

Machining Equipment assembly

In-house manufacturing of the equipmentmanufacturing process

Advanced machine tools are introduced for sheet metal cutting,processing and assembly, thereby manufacturing products in the

company's own factories.

■Productionfactory

The factory isamong the largestin terms of sitearea in Tokyo.With the latestm a n u f a c t u r i n gequipment andskilled staff, thisproduction facilitypursues quality.

company in "sandblasting"

Sandblasting processes utilize more than 400 kinds of abrasives in combination with the injection system, injection pressure, injection rate, and various other conditions. The possibilities offered are indeed unlimited. Fuji Manufacturing continues conducting research on everything about sandblasting, ranging from the injection, collection and sorting of sandblast to abrasive, the processing itself, to the quality control of products to be worked and the equipment used. In addition to the formation and processing of partitions in plasma displays, WPC processing and SIRIUS processing, along with the development of hyper-nozzles with long slit and digital constant-rate injection systems, involve only a few of the patents owned by Fuji Manufacturing. Therefore, Fuji Manufacturing pursues "the right way" about blasting.

Fuji Manufacturing pursues the science of sandblasting

Organization

Development

Capability to tackle the possibilities of blasting and meet various needs.Fuji Manufacturing has constantly been working to fuse leading-edge technology with sandblasting technology by such means as: (1)WPC processing for the surface treatment of metal materials, (2)ultra-precision processing that now extends to the semiconductor and IT fields, and (3)SIRIUS processing that makes precision deburring and smoothing a reality. Our capability to make varied proposals and our outstanding capability of creative development based on accumulated processing know-how can be called nothing but the best partner in sandblasting.

Processingknow-how Leading-edge expertise

The greatest technical staff of all manufacturers specializing in sandblasting.The technical staff of Fuji Manufacturing numbers about 70 members, with 50 working in design and about 20 in R&D (as of December 2007). This technical staff boasts its being among the largest of all companies in Japan. This large staff obsessed with sandblasting is committed day and night to researching, developing and designing the latest and top-ranking sandblasting technologies, which are conversely simple and easy blasters. Responding to the diverse blast needs of users by using the most excellent and largest group of technical staff members... that is what Fuji Manufacturing does.

Technical staff

4

●Ultra-precision polishing, cutting, deburring

●SUS baking, dross removal ●Pretreatment before the

coating adheres ●Lower sliding resistance

●Higher durability ● Lower sliding resistance ●Room temperature

diffusion

●Deburring metal products

●Deburring plastic products

●Deburring molds ●Deburring lead frames

●Higher durability ●Lower sliding resistance ●Lighter weight

● Pretreatment for coating and plating ●Pretreatment for adhesion and

coating ●Pretreatment for fusion and press

fitting ●Pretreatment for welding

●Automobile-related industries (processed aluminum products)

●Mold industry (various molds)

●Tool/cutting tool industry(drills, end mills, precision needles, syringes)

●Machining industry

●Coating industry(various cutting tools, etc.)

●Laser processing industry(metal masks)

●Printing industry(photographic facsimile)

●Metal processing industry (magnetic disks)

●Plastics industry (PPS resin, lenny resin, peak resin, etc.)

●Automobile-related industries (automotive wheels)

●Automobile-related industries(transmission gears, torsion bars, crankshafts, bodies)

●Aircraft-related industries(turbine blades, discs, landing gears, aircraft bodies, main wings)

●Nuclear-related industries(fan blades)

●Petrochemical industries (storage tanks)

●Bridge construction industry(bridges, bridge columns)

●Automobile-related industries(engines, pistons, transmission gears)

●Cutting tool industry(drills, end mills)

●Mold industry(die cast molds, press molds, forging molds)

●Automobile-related industry(engine valves)

●Fashion industry(spectacle frames)

●Aircraft-related industry(aircraft bodies)

●Building materials(exterior plates)

●Metal processing industry(pots, frying pans)

●Precision equipment field (springs)

Combining ultrahigh precision with delicate processing

Strengthening and hardening the topmost surface

SIRIUSprocessing

WPCprocessing

Debu

rring molded products

Incr

easin

g metal service life

Mor

eco

nta

ct in adhesion andcoating

Deburring

Shotpeening

Baseprocessing

5

In various fields that get society moving.... Diverse blasting technologies are active in scenes close to you.

Blasting started with surface treatment. Today it hasaccomplished the addition of various functions, therebyseeing an increasingly wide range of applications.Our track record in the metal parts of automotive enginesand the glass panels of plasma displays shows thepossibilities of technical applications of blasting. We, the members of Fuji Manufacturing, will promote thisevolution even further as a pioneer and the top-rankingmanufacturer in blasting.

The fields of blast technology are expanding even further, includingtechnical uses by new industries. "There will be always

6

"Blasting"... its principles are those of a sandstorm in the desert. It issaid to have been inspired by such things as the various surface

patterns caused by sand grains being blown across the desert. Giventhe simplicity of the principles, the process is also easy to apply.

Moreover, the process is also characterized regardless of thematerial of the object being worked.

Fuji Manufacturing realizes various kinds of surfacetreatment that meet the needs of the times by using

its expertise with high reliability to flexiblycontrol the principles and the wide variety of

abrasives.

Blasting:Its principles and basic mechanism

The kind of sandblasting that uses collision with abrasive (a medium) is physical processing. It is applicable tovarious work materials. It is a dry process and can generally be called eco-friendly and inexpensive.

Sandblasting that uses the injection of compressed air can accommodate small and large sizes, light to heavyweight, plane and corner parts, complex shapes and any other work shapes, thereby meeting all shapes. Somekinds of sandblasting equipment are even applicable indoors.

Sandblasting that uses a nozzle system allows easy configuration of nozzle distance, angle and direction, and thenumber of nozzles can be changed to a desired setting. Whether manual or automatic, this process provides highdegrees of production freedom to meet the production needs of users. In combination with robots, this process canalso realize high accuracy and motion speed.

Combinations with more than 400 kinds of abrasives (a medium) enable the generation of various worked surfacesfor various materials. Those seemingly unlimited possibilities of processing will surely satisfy user requirements.

Characteristics of sandblasting

Physical processing/dryprocess

Air process that meets all shapes

Nozzle process with highdegrees of freedom

Possibilities that increase in combi-nation with abrasive(a medium)

●Thin-film removal ●Cleaning

●Patterning cut ●Dimple processing ●Surface roughening

●Reducing the times for mold polishing

● Improving mold release, improving durability

● Increasing mold dimensional precision ●Removing tool marks

●Woodwork ●Glass sculpture●Stone sculpture ● Fancy pearskin finish

●Removing oxide films and foreign matter

●Removing various adherents

●Cleaning ●Peel processing ●Collecting rare

metals

●Construction/housingindustry(interior and exterior fancy plates)

●Artifact manufacturing(wooden kitchenware)

●Fine arts and design industry(glasswork, stained glass)

●Stone industry (tombstones and family emblems, character carving)

●Electrical/home electronics industry(casings for mobile telephones and digital products)

●Automobile-related industry(cylinder blocks)

●Semiconductor-related industries(glass boards)

●Semiconductor-related industries(silicon wafers, reclaiming, photovoltaic and fuel cells)

●MEMS-related industries(precision boards, optical films)

●Electrical/electronics-related industries(PDP, LCDs, organic EL)

●Flat panel manufacturing industry(reflectors, backing plates, adhesion-preventive plates)

●Lens manufacturing/processing industry(optical lenses, dome-use canopies)

●Electronics-related industry(electronic parts, ion-implanted parts)

●Mold/casting industry(removing mold wash and mold release agents, removing casting sand)●Semiconductor field

(office automation equipment, laser-processed products) ●Construction/housing industry

(exterior mold plates)

●Printing industry(aluminum frames)

●Electrical/home electronics industry(various meters)

●Sporting goods industry(golf clubs)

●Fashion industry (spectacle frames)

●Various mold manufacturing industries ●Various mold-using industries

(press products, die cast products, forged products, castings, extraction molds, plastic products, rubber products, glass products, etc.)

The optimal condition for deposition

Physical surface treatment that meets nano-order needs

Vacuumdeposition

Ultra-precision

processing

Pr

oduct refreshing

For d

esign applications

Elim

inati

ngall mold weaknessesMold-related

Cleaning,collection,restoration,

removal

Sculpture,artifact,pearskin

finish

technical applications beyond the domain of specific fields andsomething useful." That is blast technology.

会社案内観音(英語)PS 12.2.21 7:41 PM ページ 1

As a world-class leading

Track record Our track record of having delivered a cumulative total of about 30,000 units and our history dating back more than sixty years.Our track record of having delivered a cumulative total of about 30,000 units for both the domestic and international markets, and our history dating back more than sixty years are signs of user confidence in us. Moreover, we have accumulated know-how in all kinds of blasting.We have also enjoyed many orders from top-ranking manufacturers in different fields. If you need sandblasting, your first choice should be Fuji Manufacturing.

Achievement

Technology

Our rich theories and accumulated technology in mechanisms for circulating abrasive.Mechanisms for circulating abrasive that materialize the injection, collection and sorting of abrasive in an integral manner by using airflow power are the core technology for sandblasting. The injection rate and injection pressure are adjusted to achieve optimal processing capacity. And high-performance collection and sorting are used to maintain polishing quality and uniformity. Fuji Manufacturing has absolute self confidence in this regard.

Know-howabout blasting Circulation of abrasive

3

Our "pride" as a group of specialists and our "responsibility":The reasons we enjoy client confidence.

The greatest assets of Fuji Manufacturing are its enthusiasticpassion for sandblasting, its core technology for circulatingabrasives, leading-edge expertise, obsession with creativemanufacturing, and abundant experience and track record.With our "pride" being a manufacturer specializing insandblasting and our "responsibility," we respond to needs ofvarious industry and come up with technologies for venturinginto leading-edge fields. These are the reasons we enjoy clientconfidence.

12

We provide the blast systems best suited for user needs.At Fuji Manufacturing, we base ourselves on providing our clients with consultations emphasizing "technology" and proposesystems that will be the appropriate solution to specific business needs. Moreover, our manufacturing and inspectiondepartments that embody those proposals have the largest scale and most advanced environment in Tokyo.

Consultations for clients are given by experts well-versed in technology and industrial information.Through consultation, we properly grasp client needsand propose the best solutions. Based on "technology,"we hold meetings on all matters including the minutestdetails and establish specifications based on a securerelationship of confidence.

Systems best suited for business are designed by ourabundant data derived from our track record of about 30,000units produced, which is among the industry's highest level,along with an abundant and skilled staff of designersnumbering more than 70. Moreover, in the course of design,we maintain close communication with our clients, therebysecurely reflecting even the tiniest needs in drawings for theproposed system.

From consultation that stressestechnology to the core of user needs.

The best specifications enabled only byabundant data are converted todrawings.

After the system is delivered, we do not let userbusiness stagnate. To that end, we always have thebasic consumables in stock. Moreover, to allow ourclients to use theequipment for longperiods, we providerich support in allareas from inspectionto overhaul.

Drawings are sent online to the factories, where systemmanufacturing starts. The head office/factory is amongTokyo's largest in both site area and space. The factoryis also complete withlaser processors andother latest equipment.Almost 100% of prod-ucts are manufacturedin-house, thereby manu-facturing high-qualitysystems.

Powerful user support that does not letbusiness stagnate.

High-quality systems born out of Tokyo'slargest-scale, most abundant facilities.

Friction and wear test

13

Advanced blast processing that gives new functions toworkpieces is supported by our industry No.1 measurementand inspection system. Complete with optical, laser andelectron microscopes, the facility can inspect surface shapeswith magnification up to 90,000 times and also analyze thecomposition of blast-transformed surfaces on an elementalbasis. The factory also has hardness meters, friction and weartesters, slide testers and other well-furnished equipment formeasurement and inspection indispensable to blastprocessing.

Our industry No.1 measurement and inspection system supports advanced blast technology.

・Grain size analizer ・Electronic scale ・Laser microscope ・ Friction and wear tester ・Microscopic hardness meter ・Ultra-microscopic hardness meter ・Precision grain size analizer

■Main measuring equipment

・Electron microscope ・Energy dispersive composition

analysis ・Surface roughness meter

(Surfcom 1400) ・Microscope・EVA・RES (010)

Blasting on commission

This factory boasts of total floor spaceof about 4,000 m2 and is one ofJapan's largest factories specializingin blast processing on commission. It is ready to process plates 3,000-mmlong and other large workpieces(Ibaraki Works).

Electron microscope/surface elementanalysis

Grain size analizer

Laser microscopic analysis

To meet testing and outsourcing needs.Corporate needs for processing on commission are growing,including outsourcing needs for prototyping and testprocessing in scenes of developing new products, due toshortening the product lifecycle, and increasing investmentefficiency. At Fuji Manufacturing, we provide blast processing withhigh skills by using the latest blast equipment forworkpieces of all shapes and materials, ranging from smallto large quantities, light to heavy weight, ultra-small tosmall and large sizes, and for glass and ceramics to variousmetal parts.

Measurement/inspection system

Inspecting WPC workpieces (head office/works)

Processing workshop (head office/works)

Residual Stress Evaluation System

会社案内Z折(英語)PS 12.2.21 8:51 PM ページ 2

As a world-class leading

Track record Our track record of having delivered a cumulative total of about 30,000 units and our history dating back more than sixty years.Our track record of having delivered a cumulative total of about 30,000 units for both the domestic and international markets, and our history dating back more than sixty years are signs of user confidence in us. Moreover, we have accumulated know-how in all kinds of blasting.We have also enjoyed many orders from top-ranking manufacturers in different fields. If you need sandblasting, your first choice should be Fuji Manufacturing.

Achievement

Technology

Our rich theories and accumulated technology in mechanisms for circulating abrasive.Mechanisms for circulating abrasive that materialize the injection, collection and sorting of abrasive in an integral manner by using airflow power are the core technology for sandblasting. The injection rate and injection pressure are adjusted to achieve optimal processing capacity. And high-performance collection and sorting are used to maintain polishing quality and uniformity. Fuji Manufacturing has absolute self confidence in this regard.

Know-howabout blasting Circulation of abrasive

3

Our "pride" as a group of specialists and our "responsibility":The reasons we enjoy client confidence.

The greatest assets of Fuji Manufacturing are its enthusiasticpassion for sandblasting, its core technology for circulatingabrasives, leading-edge expertise, obsession with creativemanufacturing, and abundant experience and track record.With our "pride" being a manufacturer specializing insandblasting and our "responsibility," we respond to needs ofvarious industry and come up with technologies for venturinginto leading-edge fields. These are the reasons we enjoy clientconfidence.

12

We provide the blast systems best suited for user needs.At Fuji Manufacturing, we base ourselves on providing our clients with consultations emphasizing "technology" and proposesystems that will be the appropriate solution to specific business needs. Moreover, our manufacturing and inspectiondepartments that embody those proposals have the largest scale and most advanced environment in Tokyo.

Consultations for clients are given by experts well-versed in technology and industrial information.Through consultation, we properly grasp client needsand propose the best solutions. Based on "technology,"we hold meetings on all matters including the minutestdetails and establish specifications based on a securerelationship of confidence.

Systems best suited for business are designed by ourabundant data derived from our track record of about 30,000units produced, which is among the industry's highest level,along with an abundant and skilled staff of designersnumbering more than 70. Moreover, in the course of design,we maintain close communication with our clients, therebysecurely reflecting even the tiniest needs in drawings for theproposed system.

From consultation that stressestechnology to the core of user needs.

The best specifications enabled only byabundant data are converted todrawings.

After the system is delivered, we do not let userbusiness stagnate. To that end, we always have thebasic consumables in stock. Moreover, to allow ourclients to use theequipment for longperiods, we providerich support in allareas from inspectionto overhaul.

Drawings are sent online to the factories, where systemmanufacturing starts. The head office/factory is amongTokyo's largest in both site area and space. The factoryis also complete withlaser processors andother latest equipment.Almost 100% of prod-ucts are manufacturedin-house, thereby manu-facturing high-qualitysystems.

Powerful user support that does not letbusiness stagnate.

High-quality systems born out of Tokyo'slargest-scale, most abundant facilities.

Friction and wear test

13

Advanced blast processing that gives new functions toworkpieces is supported by our industry No.1 measurementand inspection system. Complete with optical, laser andelectron microscopes, the facility can inspect surface shapeswith magnification up to 90,000 times and also analyze thecomposition of blast-transformed surfaces on an elementalbasis. The factory also has hardness meters, friction and weartesters, slide testers and other well-furnished equipment formeasurement and inspection indispensable to blastprocessing.

Our industry No.1 measurement and inspection system supports advanced blast technology.

・Grain size analizer ・Electronic scale ・Laser microscope ・ Friction and wear tester ・Microscopic hardness meter ・Ultra-microscopic hardness meter ・Precision grain size analizer

■Main measuring equipment

・Electron microscope ・Energy dispersive composition

analysis ・Surface roughness meter

(Surfcom 1400) ・Microscope・EVA・RES (010)

Blasting on commission

This factory boasts of total floor spaceof about 4,000 m2 and is one ofJapan's largest factories specializingin blast processing on commission. It is ready to process plates 3,000-mmlong and other large workpieces(Ibaraki Works).

Electron microscope/surface elementanalysis

Grain size analizer

Laser microscopic analysis

To meet testing and outsourcing needs.Corporate needs for processing on commission are growing,including outsourcing needs for prototyping and testprocessing in scenes of developing new products, due toshortening the product lifecycle, and increasing investmentefficiency. At Fuji Manufacturing, we provide blast processing withhigh skills by using the latest blast equipment forworkpieces of all shapes and materials, ranging from smallto large quantities, light to heavy weight, ultra-small tosmall and large sizes, and for glass and ceramics to variousmetal parts.

Measurement/inspection system

Inspecting WPC workpieces (head office/works)

Processing workshop (head office/works)

Residual Stress Evaluation System

会社案内Z折(英語)PS 12.2.21 8:51 PM ページ 2

®

Fuji Manufacturing Co., Ltd.C o m p a n y P r o f i l e

http://www.fujimfg.co.jp

Head office/works5-2-24 Matsue, Edogawa-ku, Tokyo 〒132-0025TEL：+813-03-3686-2291 FAX：+813-03-3686-5045

■

Nagoya Office8 Himewaka-cho, Meito-ku, Nagoya 〒465-0045TEL：052-703-2291 FAX：052-703-2443

■

Osaka Office11-17 Toyotsu-cho, Suita-shi, Osaka 〒564-0051TEL：06-6190-2323 FAX：06-6190-2280

■

Ibaraki Works4611-3 Shimoota, Inashiki-shi, Ibaraki-ken 〒300-1424TEL：0297-60-6211 FAX：0297-60-6213

1202MA14

Ceramics-based. Harder than Fuji Rundum A/WA and used forhigh-hardness work.

Special type An elastic composite with abrasive grains kneaded in it. Only usedfor SIRIUS processing.

For WPC processing. Transforms surfaces for greater slidability.

SIRIUS Medium

Solid Lubricant

The highest-hardness abrasive. For special processing ofsapphires, SiC monocrystals and other materials.

Superhard type Ceramics-based. One of the representative abrasives and usedwidely in blasting for deburring, surface preparation and otherpurposes

Fuji Rundum A/WA

Fuji Rundum C

Fuji Superhard

Steel Shot

Steal Beads

Zircon Beads

Metal-based. This abrasive is used most widely in blast and usedin removing burrs and scales, and in shot peening.

Hard type

SUS Round CutWire

Metal-based. An abrasive indispensable for alumite processing.

Metal-based. Low in hardness. Therefore used in removing burrsand scales, among other uses.

Metal-based. Does not wear much and lasts long. Used inremoving scales and for other applications.

Semi-hard type

Metal-based. An abrasive indispensable for alumite processing.

Reduced IronPowder

Stainless Beads

Fuji Glass Beads

Blast abrasive

More than 400 varieties of abrasives. Our lineup of abrasives that vary widely in terms of hardness, grain size, shape, and othercharacteristics supports diverse processing with blast. We enjoy a high reputation not only for the quality of the materials, butalso for homogeneity and durability as well.

Our lineup of various abrasives with grain sizes of 1μm to 2,000μm increases the possibilities ofblasting even further.

Lineup of representative abrasives

Plastics-based. Low in hardness and suited for processing resinproducts.Nylon Beads

Polyplus

Peach

Eco-Soft

Cylindrical

Polygonal

Polygonal

Polygonal

Polygonal

Spherical

Spherical

Spherical

Spherical

Spherical

Spherical

Polygonal

Polygonal

Polygonal

Special

Special

Soft type

Type Article Shape Main characteristics and uses

Nylon Beads Polyplus

Eco-Soft

Reduced Iron Powder Stainless Beads SUS Round Cut Wire

Fuji Glass Beads

Steel Shot

SIRIUS Medium Solid Lubricant

Steal Beads

Fuji Rundum C

Fuji Rundum A/WA

Fuji Superhard

Zircon Beads

Peach

Metal-based. Used in removing burrs and scales, and in shotpeening and WPC processing as well.

Plastics-based. Harder than nylon and used widely in deburring,cleaning and other applications.

Plant-based. Low in hardness and performs polishing withoutscratching the workpieces.

Water-soluble. Suited for processing operations that do nottolerate abrasive residues.

Ceramics-based. This abrasive does not break easily and wearslittle. Resistant to work powder and other contaminants, andmaintains the quality of high-purity abrasives.

会社案内Z折(英語)PS 12.2.21 8:51 PM ページ 1

Some examples of Pneuma-Blaster the No.1 share of the domestic market.

15 16

Excellent in versatility, for continuous and batch process.

Rotary table with open window machine

Work pieces should be placed on a large table and blastedon their upper surface.

Internal table machine

Indexing table to equip satellite small tables to rotate smallto medium size workpieces while blasting.

Indexing rotary table machine (Planetary machine)

Carriage type machine combined with multi axis (X,Z,θ1,θ2) to accommodate various kind of work pieces.

Multi axis machine

Carriage type machine combined with robot to accommodatework pieces with complicated shapes.

Robot machine

A thin substrate workpiece can be retained to the large tableby suction and blasted with high speed spinning.

Rotary table with suction type machine

A production line machine to blast the whole surface of wireranging from φ1 up to φ30.

Wire processing machine

Widely used for parts for automobile(A/T) andaerospace(blades) industries.

In-line shot-peening machine

A dedicated machine for aerospace industries to combinerobot system with computer monitor system to achievevarious recipe driven process.

Robot shot-peening machine

With its universality, good for long and big workpiece.(Roller type or bar type conveyor)

Conveyor machine

Workpiece can be blasted on its whole surface without beingheld. The machine is also good in in-line configurationthanks to horizontal conveyor.

Bouncing conveyor machine

We have a variety of product line to accommodate fromsmall to big size cylindrical workpiece.

Cylinder processing machine

2

■Electrical appliances : Akita Shindengen Co., Ltd., AsahiKasei Electronics Co., Ltd., Alps Electric Co., Ltd., OmronCorporation, Kyocera Corporation, Konika Minolta HD Co.,Ltd., Sanken Electric Co., Ltd., Sanyo Electric Co., Ltd.,Geomatec Co., Ltd., Sharp Corporation, Seiko EpsonCorporation, Sony Corporation, Taiyo Yuden Co., Ltd., TDKCorporation, Toshiba Corporation, Nippon Tungsten Co.,Ltd., NEC Corporation, Nidec-Read Group, PioneerCorporation, Panasonic Electronic Devices Co., Ltd., Hitachi,Ltd., Fuji Xerox Co., Ltd., Fujitsu Corporation, Fujitsu HitachiPlasma Display Limited, Fuji Electric Group, MatsushitaElectric Industrial Co., Ltd., Mitsubishi Electric Corporation,Mitsumi Electric Co., Ltd., Murata Manufacturing Co., Ltd.,ROHM Group

■Transport equipment : IHI Corporation, Aisin AW Co.,Ltd., Aisin Seiki Co., Ltd., Isuzu Motors Limited, IchikohIndustries, Ltd., Calsonic Kansei Corporation, KawasakiHeavy Industries, Ltd., KYB Co., Ltd., Koito ManufacturingCo., Ltd., General Motors Group, Japan Railways companies,Shimano, Inc., Jatco Ltd., JAL Group, All Nippon AirwaysCo., Ltd., Daihatsu Motor Co., Ltd., Pacific Industrial Co.,Ltd., T. Rad Co., Ltd., Denso Corporation, Topy IndustriesLtd., Toyoda Gosei Co., Ltd., Toyota Motor Corporation,Nissan Motor Co., Ltd., Fuji Heavy Industries Ltd., HondaGroup, Mazda Motor Corporation, Mitsubishi MotorsCorporation, Yamaha Motor Co., Ltd., Unisia Jecs Co.

■Precision equipment : Iwata Denko Co., Ltd., OlympusCorporation, Canon Group, Citizen Holdings Co., Ltd.,Terumo Corporation, Nikon Corporation, Pentax Corporation,Hoya Corporation, Murakami Co., Ltd.■Others : Asahi Kasei Corporation, Ulvac, Inc., UlvacMaterials, Inc., Kirin Brewery Company, Limited, CBC OpticsCo., Ltd., Zojirushi Corporation, Dai Nippon Printing Co., Ltd.,Toray Industries, Inc., Toppan Printing Co., Ltd., TokyoSilicone Corporation, Tokyo Electric Power Company(TEPCO), Nisshinbo Industries, Inc., Paloma, Ltd., HonmaGolf Co., Ltd., Maruman Co., Ltd., Mitsutoyo Corporation,YKK AP Inc.

1950: Founded as a compressor manufacturer at Nishiichiinoe, Edogawa-ku, Tokyo.

1957: Manufactured and delivered Japan's first unit (SF type) for a cabinet-type siphon blaster.

1959: Established "Fuji Manufacturing Incorporated." Capital: 500,000 yen.

1961: Successfully developed gravity-type sandblasters (SG type).

1971: Standardized the names of its sandblasters as "Pneuma Blasters."

1970: Reorganized as "Fuji Manufacturing Co., Ltd."

1978: Moved head office/works to a newly built facility at the present location.

1985: Achieved a cumulative total of 10,000 sandblasters delivered.

1990: Increased capital to 120 million yen. Acquired patents for its surface heat-treatment

process for metal products (WPC processing).

1986: Eatablished Japan Blast Process Researches Co., Ltd.(in charge of sandblasting on commission).

1998: Opened phase-I building (with floor space of about 1,500m2) for the Ibaraki Works.

1996: Successfully developed SCM-type sandblasters for precision processing.

1997: Exceeded a cumulative total of 20,000 sandblasters delivered.

1977: Opened Nagoya Office.

2005: Opened second building (about 2,300m2) for the Ibaraki Works. Opened Osaka Office. Exceeded a cumulative total of 25,000 sandblasters

delivered. Successfully developed "SIRIUS" processing: "polishing blast".

2006: Selected as one of "300 Energetic Small and Mid-size Manufacturers" by the Ministry of Economy, Trade and Industry.

2007: Refurbished head office/works (with total floor space of about 14,000m2). Launched Fuji Fine Tech Co., Ltd. (in charge of precision sandblasting on commission).

As a pioneer and the top-ranking manufacturer in blast

19501957

1959

1961

1970

1971

1978

1985

1986

1990

1996

1993: Delivered the first blaster designed specifically for plasma display panels. 1993

1997

1999: Acquired patents for foreign matter removal system for sandblasters.

1998

2001: Received a Technology Award from the Japanese Society of Tribologists for WPC processing of pistons used in automotive engines. Opened "Atelier Le Cher" glass artifact school.

1999

2001

2005

1977

2006

2007

Head office/works

Osaka Office

CapitalAnnual sales

120 million yen5.45 billion yen (for the term endedMarch 2007)

Workforce

Total floorspace

Headoffice/works

Nagoya Office/works

Osaka Office

Ibaraki Works

JBR (subsidiary)

240 (end of September 2007, grouptotal)19,610m2 (including 2,235m2 foroffice space)

13,685m2 (including1,453m2 for office space)

■Brief facts about FujiManufacturing

Nagoya Office

会社案内三つ折(英語)PS 12.2.21 7:40 PM ページ 2

Some examples of Pneuma-Blaster the No.1 share of the domestic market.

15 16

Excellent in versatility, for continuous and batch process.

Rotary table with open window machine

Work pieces should be placed on a large table and blastedon their upper surface.

Internal table machine

Indexing table to equip satellite small tables to rotate smallto medium size workpieces while blasting.

Indexing rotary table machine (Planetary machine)

Carriage type machine combined with multi axis (X,Z,θ1,θ2) to accommodate various kind of work pieces.

Multi axis machine

Carriage type machine combined with robot to accommodatework pieces with complicated shapes.

Robot machine

A thin substrate workpiece can be retained to the large tableby suction and blasted with high speed spinning.

Rotary table with suction type machine

A production line machine to blast the whole surface of wireranging from φ1 up to φ30.

Wire processing machine

Widely used for parts for automobile(A/T) andaerospace(blades) industries.

In-line shot-peening machine

A dedicated machine for aerospace industries to combinerobot system with computer monitor system to achievevarious recipe driven process.

Robot shot-peening machine

With its universality, good for long and big workpiece.(Roller type or bar type conveyor)

Conveyor machine

Workpiece can be blasted on its whole surface without beingheld. The machine is also good in in-line configurationthanks to horizontal conveyor.

Bouncing conveyor machine

We have a variety of product line to accommodate fromsmall to big size cylindrical workpiece.

Cylinder processing machine

2

■Electrical appliances : Akita Shindengen Co., Ltd., AsahiKasei Electronics Co., Ltd., Alps Electric Co., Ltd., OmronCorporation, Kyocera Corporation, Konika Minolta HD Co.,Ltd., Sanken Electric Co., Ltd., Sanyo Electric Co., Ltd.,Geomatec Co., Ltd., Sharp Corporation, Seiko EpsonCorporation, Sony Corporation, Taiyo Yuden Co., Ltd., TDKCorporation, Toshiba Corporation, Nippon Tungsten Co.,Ltd., NEC Corporation, Nidec-Read Group, PioneerCorporation, Panasonic Electronic Devices Co., Ltd., Hitachi,Ltd., Fuji Xerox Co., Ltd., Fujitsu Corporation, Fujitsu HitachiPlasma Display Limited, Fuji Electric Group, MatsushitaElectric Industrial Co., Ltd., Mitsubishi Electric Corporation,Mitsumi Electric Co., Ltd., Murata Manufacturing Co., Ltd.,ROHM Group

■Transport equipment : IHI Corporation, Aisin AW Co.,Ltd., Aisin Seiki Co., Ltd., Isuzu Motors Limited, IchikohIndustries, Ltd., Calsonic Kansei Corporation, KawasakiHeavy Industries, Ltd., KYB Co., Ltd., Koito ManufacturingCo., Ltd., General Motors Group, Japan Railways companies,Shimano, Inc., Jatco Ltd., JAL Group, All Nippon AirwaysCo., Ltd., Daihatsu Motor Co., Ltd., Pacific Industrial Co.,Ltd., T. Rad Co., Ltd., Denso Corporation, Topy IndustriesLtd., Toyoda Gosei Co., Ltd., Toyota Motor Corporation,Nissan Motor Co., Ltd., Fuji Heavy Industries Ltd., HondaGroup, Mazda Motor Corporation, Mitsubishi MotorsCorporation, Yamaha Motor Co., Ltd., Unisia Jecs Co.

■Precision equipment : Iwata Denko Co., Ltd., OlympusCorporation, Canon Group, Citizen Holdings Co., Ltd.,Terumo Corporation, Nikon Corporation, Pentax Corporation,Hoya Corporation, Murakami Co., Ltd.■Others : Asahi Kasei Corporation, Ulvac, Inc., UlvacMaterials, Inc., Kirin Brewery Company, Limited, CBC OpticsCo., Ltd., Zojirushi Corporation, Dai Nippon Printing Co., Ltd.,Toray Industries, Inc., Toppan Printing Co., Ltd., TokyoSilicone Corporation, Tokyo Electric Power Company(TEPCO), Nisshinbo Industries, Inc., Paloma, Ltd., HonmaGolf Co., Ltd., Maruman Co., Ltd., Mitsutoyo Corporation,YKK AP Inc.

1950: Founded as a compressor manufacturer at Nishiichiinoe, Edogawa-ku, Tokyo.

1957: Manufactured and delivered Japan's first unit (SF type) for a cabinet-type siphon blaster.

1959: Established "Fuji Manufacturing Incorporated." Capital: 500,000 yen.

1961: Successfully developed gravity-type sandblasters (SG type).

1971: Standardized the names of its sandblasters as "Pneuma Blasters."

1970: Reorganized as "Fuji Manufacturing Co., Ltd."

1978: Moved head office/works to a newly built facility at the present location.

1985: Achieved a cumulative total of 10,000 sandblasters delivered.

1990: Increased capital to 120 million yen. Acquired patents for its surface heat-treatment

process for metal products (WPC processing).

1986: Eatablished Japan Blast Process Researches Co., Ltd.(in charge of sandblasting on commission).

1998: Opened phase-I building (with floor space of about 1,500m2) for the Ibaraki Works.

1996: Successfully developed SCM-type sandblasters for precision processing.

1997: Exceeded a cumulative total of 20,000 sandblasters delivered.

1977: Opened Nagoya Office.

2005: Opened second building (about 2,300m2) for the Ibaraki Works. Opened Osaka Office. Exceeded a cumulative total of 25,000 sandblasters

delivered. Successfully developed "SIRIUS" processing: "polishing blast".

2006: Selected as one of "300 Energetic Small and Mid-size Manufacturers" by the Ministry of Economy, Trade and Industry.

2007: Refurbished head office/works (with total floor space of about 14,000m2). Launched Fuji Fine Tech Co., Ltd. (in charge of precision sandblasting on commission).

As a pioneer and the top-ranking manufacturer in blast

19501957

1959

1961

1970

1971

1978

1985

1986

1990

1996

1993: Delivered the first blaster designed specifically for plasma display panels. 1993

1997

1999: Acquired patents for foreign matter removal system for sandblasters.

1998

2001: Received a Technology Award from the Japanese Society of Tribologists for WPC processing of pistons used in automotive engines. Opened "Atelier Le Cher" glass artifact school.

1999

2001

2005

1977

2006

2007

Head office/works

Osaka Office

CapitalAnnual sales

120 million yen5.45 billion yen (for the term endedMarch 2007)

Workforce

Total floorspace

Headoffice/works

Nagoya Office/works

Osaka Office

Ibaraki Works

JBR (subsidiary)

240 (end of September 2007, grouptotal)19,610m2 (including 2,235m2 foroffice space)

13,685m2 (including1,453m2 for office space)

■Brief facts about FujiManufacturing

Nagoya Office

会社案内三つ折(英語)PS 12.2.21 7:40 PM ページ 2

17

In line blast machine with process width of 3,000mm forlarge substrate workpiece of PDP, LCD etc.

Roller conveyor machine (For large substrate)

Space saving machine to blast the whole upper surface of aworkpiece in a cabinet that is only a little bigger than theworkpiece.

Partition wall machine

This machine can blast straight line on the workpiece withoutusing masks and free from dust adhesion on the surface.

Maskless machine for thin film solar cell

Machine for extra large workpiece. The operator would work in thechamber with protective cloths on. Optional low floor type machineachieves floor level of GL + 400mm. (no pit required)

Manual blast chamber

This machine conveys a large substrate workpiece in avertical position and blast its both surfaces.

High precision processing machine

18

Workpiece or nozzle will rotate.( For cylinders or drums)

Inner and outer surface processing machine

Machines to blast amount of small workpieces as abatch process.

Batch process machine

The machine for automatic continuous precisiondeburring for rubber, aluminum, plastics, etc.,without cleaning process.

Dry ice rotary table machine Manual machines for specific use

Machine for large workpiece that doesnot fit into a cabinet.

Vacuum blast machine

Machine for wet or oilyworkpieces.

Wet blast machine

Automated machine with energy saving feature to runwithout compressor.

Blower type machine

7a. Type L : For small pieces,small amount

7b. Type BL: For medium sizework pieces, large amount

9a. Example ofautomatic process ofcylinder.

We will design and manufacture tailor-made machines to meet customers’requirements, in addition to standard product line of general-purpose machines.

Machine for clean roomuse.

Sodium bicarbonateblast machine

Disk type pencilblasting machine(φ1.0) (#220 ̃#3000)

Polishingmachine

Automatic Dry-ice Blaster

SIRIUS

■Chemistry : Kuraray Co., Ltd., Showa Denko K.K., Shin-Etsu Chemical Group, Sumitomo Chemical Co., Ltd.,Sumitomo Bakelite Co., Ltd., Tokyo Ohka Kogyo Co., Ltd.,Nihon Parkerizing Co., Ltd., Fujifilm Corporation■Rubber : Achilles Corporation, Sumitomo RubberIndustries, Ltd., Toyo Tire & Rubber Co., Ltd., BridgestoneGroup, Michelin Okamoto Tire Corp., The Yokohama RubberCo., Ltd

■Glass, ceramics : Asahi Glass Co., Ltd., Ishizuka GlassCo., Ltd., Okamoto Glass Co., Ltd., Kyushu Refractories Co.,Ltd., Covalent Materials Corporation, Taiheiyo CementCorporation, Toto Ltd., Tokai Carbon Co., Ltd., Toyo TansoCo., Ltd., Noritake Co., Limited., Nippon Sheet Glass Co.,Ltd., NGK Insulators, Ltd., NGK Spark Plug Co., Ltd.■Steel : Kobe Steel, Ltd., Sanyo Special Steel Co., Ltd.,Nippon Steel Corporation, JFE Holdings, Inc., SumitomoMetal Mining Co., Ltd., Daido Steel Co., Ltd., NipponKoshuha Steel Co., Ltd., Hitachi Metals Group ■Metal products : NSK-Warner K.K., JS GroupCorporation, Chuo Spring Co., Ltd., Tocalo Co., Ltd., NHKSpring Co., Ltd

■Nonferrous metals : Showa Denko K.K., SumitomoElectric Industries, Ltd., Tanaka Kikinzoku Kogyo K.K., DowaElectronics Co., Ltd., Nippon Light Metal Co., Ltd., NipponMining & Metals Co., Ltd., Hitachi Cable, Ltd., Fujikura Ltd.,Furukawa Electric Co., Ltd., Mitsui Mining & Smelting Co.,Ltd., Mitsubishi Materials Corporation, Ryobi Limited■Machinery : Asahi Diamond Industrial Co., Ltd., SMCCorporation, EBARA Corporation, OSG Corporation,Komatsu Ltd., Sanden Corporation, ShinMaywa Industries,Ltd., Tungaloy Corporation, Tsubakimoto Chain Co., TeikokuPiston Ring Co., Ltd., NSK Ltd., Nabtesco Corporation,Nippon Piston Ring Co., Ltd., Brother Industries, Ltd., HitachiTool Engineering, Ltd., Mitsubishi Heavy Industries, Ltd.,Minebea Co., Ltd., Riken Corporation, Ricoh Company, Ltd

1

In all fields, in variousindustries【Main corporate clients】

"Blast" is used in all fields ranging from aircraft,automobiles and IT products to wooden andglass artifacts, and has now become atechnology indispensable in productionscenes. At Fuji Manufacturing, we have, beendeveloping new high-value-added technologiesone after another while responding to variouscustomer needs as a pioneer in blasttechnology ever since the development ofcabinet-type equipment in 1957 by askingourselves: "Isn't it possible to do this andthat?". These efforts have been supported byour engineers' lively curiosity and seriousattitude as professionals. Ideas that werepreviously just dreams have come true asproducts one by one. Behind all that, theremust be our technology. As the members ofFuji Manufacturing, we will continue exploringthe unlimited possibilities of blast technologyas a pioneer and leader in that field, anddelivering new technologies useful to variousindustries and society. We will make even moredreams come true in the future.

For the unlimited possibilities of blast,With professionals in their serious attitudes.

会社案内三つ折(英語)PS 12.2.21 7:40 PM ページ 1

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In line blast machine with process width of 3,000mm forlarge substrate workpiece of PDP, LCD etc.

Roller conveyor machine (For large substrate)

Space saving machine to blast the whole upper surface of aworkpiece in a cabinet that is only a little bigger than theworkpiece.

Partition wall machine

This machine can blast straight line on the workpiece withoutusing masks and free from dust adhesion on the surface.

Maskless machine for thin film solar cell

Machine for extra large workpiece. The operator would work in thechamber with protective cloths on. Optional low floor type machineachieves floor level of GL + 400mm. (no pit required)

Manual blast chamber

This machine conveys a large substrate workpiece in avertical position and blast its both surfaces.

High precision processing machine

18

Workpiece or nozzle will rotate.( For cylinders or drums)

Inner and outer surface processing machine

Machines to blast amount of small workpieces as abatch process.

Batch process machine

The machine for automatic continuous precisiondeburring for rubber, aluminum, plastics, etc.,without cleaning process.

Dry ice rotary table machine Manual machines for specific use

Machine for large workpiece that doesnot fit into a cabinet.

Vacuum blast machine

Machine for wet or oilyworkpieces.

Wet blast machine

Automated machine with energy saving feature to runwithout compressor.

Blower type machine

7a. Type L : For small pieces,small amount

7b. Type BL: For medium sizework pieces, large amount

9a. Example ofautomatic process ofcylinder.

We will design and manufacture tailor-made machines to meet customers’requirements, in addition to standard product line of general-purpose machines.

Machine for clean roomuse.

Sodium bicarbonateblast machine

Disk type pencilblasting machine(φ1.0) (#220 ̃#3000)

Polishingmachine

Automatic Dry-ice Blaster

SIRIUS

■Chemistry : Kuraray Co., Ltd., Showa Denko K.K., Shin-Etsu Chemical Group, Sumitomo Chemical Co., Ltd.,Sumitomo Bakelite Co., Ltd., Tokyo Ohka Kogyo Co., Ltd.,Nihon Parkerizing Co., Ltd., Fujifilm Corporation■Rubber : Achilles Corporation, Sumitomo RubberIndustries, Ltd., Toyo Tire & Rubber Co., Ltd., BridgestoneGroup, Michelin Okamoto Tire Corp., The Yokohama RubberCo., Ltd

■Glass, ceramics : Asahi Glass Co., Ltd., Ishizuka GlassCo., Ltd., Okamoto Glass Co., Ltd., Kyushu Refractories Co.,Ltd., Covalent Materials Corporation, Taiheiyo CementCorporation, Toto Ltd., Tokai Carbon Co., Ltd., Toyo TansoCo., Ltd., Noritake Co., Limited., Nippon Sheet Glass Co.,Ltd., NGK Insulators, Ltd., NGK Spark Plug Co., Ltd.■Steel : Kobe Steel, Ltd., Sanyo Special Steel Co., Ltd.,Nippon Steel Corporation, JFE Holdings, Inc., SumitomoMetal Mining Co., Ltd., Daido Steel Co., Ltd., NipponKoshuha Steel Co., Ltd., Hitachi Metals Group ■Metal products : NSK-Warner K.K., JS GroupCorporation, Chuo Spring Co., Ltd., Tocalo Co., Ltd., NHKSpring Co., Ltd

■Nonferrous metals : Showa Denko K.K., SumitomoElectric Industries, Ltd., Tanaka Kikinzoku Kogyo K.K., DowaElectronics Co., Ltd., Nippon Light Metal Co., Ltd., NipponMining & Metals Co., Ltd., Hitachi Cable, Ltd., Fujikura Ltd.,Furukawa Electric Co., Ltd., Mitsui Mining & Smelting Co.,Ltd., Mitsubishi Materials Corporation, Ryobi Limited■Machinery : Asahi Diamond Industrial Co., Ltd., SMCCorporation, EBARA Corporation, OSG Corporation,Komatsu Ltd., Sanden Corporation, ShinMaywa Industries,Ltd., Tungaloy Corporation, Tsubakimoto Chain Co., TeikokuPiston Ring Co., Ltd., NSK Ltd., Nabtesco Corporation,Nippon Piston Ring Co., Ltd., Brother Industries, Ltd., HitachiTool Engineering, Ltd., Mitsubishi Heavy Industries, Ltd.,Minebea Co., Ltd., Riken Corporation, Ricoh Company, Ltd

1

In all fields, in variousindustries【Main corporate clients】

"Blast" is used in all fields ranging from aircraft,automobiles and IT products to wooden andglass artifacts, and has now become atechnology indispensable in productionscenes. At Fuji Manufacturing, we have, beendeveloping new high-value-added technologiesone after another while responding to variouscustomer needs as a pioneer in blasttechnology ever since the development ofcabinet-type equipment in 1957 by askingourselves: "Isn't it possible to do this andthat?". These efforts have been supported byour engineers' lively curiosity and seriousattitude as professionals. Ideas that werepreviously just dreams have come true asproducts one by one. Behind all that, theremust be our technology. As the members ofFuji Manufacturing, we will continue exploringthe unlimited possibilities of blast technologyas a pioneer and leader in that field, anddelivering new technologies useful to variousindustries and society. We will make even moredreams come true in the future.

For the unlimited possibilities of blast,With professionals in their serious attitudes.

会社案内三つ折(英語)PS 12.2.21 7:40 PM ページ 1

®

Fuji Manufacturing Co., Ltd.C o m p a n y P r o f i l e

http://www.fujimfg.co.jp

Head office/works5-2-24 Matsue, Edogawa-ku, Tokyo 〒132-0025TEL：+813-03-3686-2291 FAX：+813-03-3686-5045

■

Nagoya Office8 Himewaka-cho, Meito-ku, Nagoya 〒465-0045TEL：052-703-2291 FAX：052-703-2443

■

Osaka Office11-17 Toyotsu-cho, Suita-shi, Osaka 〒564-0051TEL：06-6190-2323 FAX：06-6190-2280

■

Ibaraki Works4611-3 Shimoota, Inashiki-shi, Ibaraki-ken 〒300-1424TEL：0297-60-6211 FAX：0297-60-6213

1202MA14

Ceramics-based. Harder than Fuji Rundum A/WA and used forhigh-hardness work.

Special type An elastic composite with abrasive grains kneaded in it. Only usedfor SIRIUS processing.

For WPC processing. Transforms surfaces for greater slidability.

SIRIUS Medium

Solid Lubricant

The highest-hardness abrasive. For special processing ofsapphires, SiC monocrystals and other materials.

Superhard type Ceramics-based. One of the representative abrasives and usedwidely in blasting for deburring, surface preparation and otherpurposes

Fuji Rundum A/WA

Fuji Rundum C

Fuji Superhard

Steel Shot

Steal Beads

Zircon Beads

Metal-based. This abrasive is used most widely in blast and usedin removing burrs and scales, and in shot peening.

Hard type

SUS Round CutWire

Metal-based. An abrasive indispensable for alumite processing.

Metal-based. Low in hardness. Therefore used in removing burrsand scales, among other uses.

Metal-based. Does not wear much and lasts long. Used inremoving scales and for other applications.

Semi-hard type

Metal-based. An abrasive indispensable for alumite processing.

Reduced IronPowder

Stainless Beads

Fuji Glass Beads

Blast abrasive

More than 400 varieties of abrasives. Our lineup of abrasives that vary widely in terms of hardness, grain size, shape, and othercharacteristics supports diverse processing with blast. We enjoy a high reputation not only for the quality of the materials, butalso for homogeneity and durability as well.

Our lineup of various abrasives with grain sizes of 1μm to 2,000μm increases the possibilities ofblasting even further.

Lineup of representative abrasives

Plastics-based. Low in hardness and suited for processing resinproducts.Nylon Beads

Polyplus

Peach

Eco-Soft

Cylindrical

Polygonal

Polygonal

Polygonal

Polygonal

Spherical

Spherical

Spherical

Spherical

Spherical

Spherical

Polygonal

Polygonal

Polygonal

Special

Special

Soft type

Type Article Shape Main characteristics and uses

Nylon Beads Polyplus

Eco-Soft

Reduced Iron Powder Stainless Beads SUS Round Cut Wire

Fuji Glass Beads

Steel Shot

SIRIUS Medium Solid Lubricant

Steal Beads

Fuji Rundum C

Fuji Rundum A/WA

Fuji Superhard

Zircon Beads

Peach

Metal-based. Used in removing burrs and scales, and in shotpeening and WPC processing as well.

Plastics-based. Harder than nylon and used widely in deburring,cleaning and other applications.

Plant-based. Low in hardness and performs polishing withoutscratching the workpieces.

Water-soluble. Suited for processing operations that do nottolerate abrasive residues.

Ceramics-based. This abrasive does not break easily and wearslittle. Resistant to work powder and other contaminants, andmaintains the quality of high-purity abrasives.

会社案内Z折(英語)PS 12.2.21 8:51 PM ページ 1