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¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

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Page 1: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®
Page 2: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®
Page 3: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®
Page 4: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

We, at DENTIS, strive to build a “Safe & Clean

Implant”image to our dental professionals and

patients. We aim to manufacture the safest & cleanest

implant products in the world.

Page 5: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

060810

12141518

24262829

3032527284

8890929496979899104105

CONTENTSCleanlant System Ⅰ. Cleanlant System Selection

1. Fixture System2. Abutment System

II. Features of Cleanlant1. Surface Treatment2. Cleaning System3. Features of Implant

III. Uses of Cleanlant Abutment System1. Uses of i-Clean Abutment2. Uses of s-Clean Abutment3. Uses of e-Clean Abutment

IV. Cleanlant System Flow_ i-Clean System(Tapered & Straight) & SAVE_ s-Clean System(Tapered & Straight) & SAVE_ e-Clean System(Tapered)_ I-Fix System

Ⅴ. Cleanlant Surgical KIT _ Features of Surgical Kit_ Combined KIT_ Straight KIT_ SAVE KIT_ I-Fix KIT_ PROKIT_ Surgical Tools_ SAVE Surgical Tools_ I-Fix Surgical Tools

Page 6: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

A crystal of engineering skills witha soul Cleanlant

Page 7: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Cleanlant System SelectionI

Page 8: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®
Page 9: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

08 | 09 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Page 10: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®
Page 11: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

10 | 11 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Page 12: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

“Safe”- Cleanlant - A Gift of the Top Engineering Skills

Comfortable and strong natural looking teeth manufactured

with pinpoint precision and accuracy without room for the

slightest gap. Cleanlant System has improved through inno-

vation to overcome many obstacles existing in other products

during surgery such as ensuring the range of vision and the

distance between the upper and lower teeth.

Page 13: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Features of Cleanlant SystemII

Page 14: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

1. Surface Treatment

× 1,200× 5,000 × 2,000

× 500× 50 × 250

1.Surface Treatment

Using RBM Treatment, the surface of the implant is blasted using CaP powder to increase

cohesion of osseo tissue, followed by thorough cleaning of the surface. The roughness is

1.5±0.2um and the surface magnification power is about 192% after surface treatment.

2. Condition of Surface

Surface Stats

Dimensional Interactive Display

Ra : 1.70umRq : 2.13umRt : 17.23um

Measurement Info

Magnification : 19.86Measurement Mode : VSISampling : 498.41nmArray Size : 640×480

Surface Stats

Ra : 1.67umRq : 2.08umRt : 16.86um

Surface Stats

Magnification : 19.86Measurement Mode : VSISampling : 498.41nmArray Size : 640×480

Page 15: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

14 | 15 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Cleaning Two Times Using Neutral Detergent

Neutral Detergent Cleaning 1

2. Cleaning System

Removal of Cutting Oil Stuck to the Productfrom the CNC Manufacturing Process

Inspection of Washed Product After theNeutral Detergent Cleaning

Protein Removal

The Result of the EDS Analysis of theElements

Drying of Product after Cleaning

Cleaning Three Times using Distilled WaterCleaning Three Times Using Neutral Detergent

Cutting Oil Removal

Product Inspection

Acid Cleaning

Final Inspection Drying

Cleaning Using Distilled WaterCleaning using Neutral Detergent 2

Page 16: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Because of the exposure of the titanium to the air, detergent and remaining cutting oil, various

organic matters are existed on the surface of the dental implant around 0.3 to 1nm. In addition,

the existing elements such as Ca, P, N, Si, S and Cl can be identified even though there might be

minute traces of them. The small quantities of the above elements and organic matters are not

reported to harm the human body yet. However DENTIS Company controls its washing

process to minimize any residue and proves its washing validity through testing sample of the

surface of every lot number which we produce.

3. Analysis of the Elements on the Surface

Element Wt% At%

NK 03.92 12.25

Tik 96.08 87.75

Matrix Correction ZAF

Element Wt% At%

NK 01.31 03.83

OK 05.78 14.86

PK 02.88 03.83

CaK 01.31 01.35

TiK 88.71 76.13

Matrix Correction ZAF

Page 17: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

DENTIS

A

B

C

D

AI

N.D.

0.033

0.011

N.D.

0.065

Ca

0.052

0.181

0.244

0.274

0.156

Cu

N.D.

0.013

N.D.

0.009

0.005

Na

N.D.

N.D.

N.D.

N.D.

N.D.

P

N.D.

0.429

N.D.

0.103

N.D.

Si

0.127

0.967

0.103

0.161

0.294

Zn

N.D.

0.010

0.005

0.007

N.D.

F+

N.D.

0.02

0.01

0.05

0.01

CI+

0.04

0.14

0.18

0.39

0.14

NO₂+

N.D.

0.04

0

0.02

0.03

NO₃+

0.04

0.63

0.14

0.34

0.1

PO₄³+

N.D.

1.4

0

0.41

0

PO₄²+

0.13

1.03

0.51

0.6

0.33ICP, IC Quantitative Analysis

ElementSample

After DENTIS Eluted Fluid Group treated with L929 fibroblast for 24hours, the test result

showed that it is not effect on the growth like Media Control Group and Negative Control

Group at all.

DENTIS controls excellent clean level by developing and building DENTIS Cleaning System.

4. Analysis of the Elements on the Surface with ICP/IC

5. The Cytotoxicity Test Result

According to ISO 10993-5, the cytotoxicity test result

Final Inspection Negative Control Group

Positive Control Group DENTIS Fixture Eluted Fluid Group

16 | 17 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Page 18: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

1. The 3 Types of Fixture Design for Various Cases

Its products have been developed to be applied to various clinical cases and provide 3 types of

fixture, i-Clean, e-Clean and s-Clean, for parts that need esthetics and according to the condi-

tion of the bone.

2. Convenient Compatibility of Superstructure

Cleanlant is economical to use with the certain products such as Branemark, ITI, Astra, and

Swissplus implants.

3. Optimum RBM Surface Treatment

Roughness measurement of the surface is Ra: 1.5~1.8um. This measurement is the most ideal

value for osseointegration.

3. Features of Cleanlant

× 5,0001 3 4

4. i-Clean/ s-Clean Fixture is No-mount System

During surgery, existing Mount System obstructs the range of vision and the distance

between the upper and lower teeth, however DENTIS No-mount system can immediately

ensure a path during surgery and reduces operation time and attains accurate operation

with no effects by the surrounding teeth.

Page 19: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

18 | 19 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

1. Micro-thread for Bone Loss Prevention

Cleanlant Micro-thread minimizes bone loss, bone stress and appropriate

stimulus of the cortical bone together with stable initial fixation.

2. Tapered Design and Rotating Safe Cutting Edge for Smooth Drilling

It has been designed for excellent osseointegration as well as excellent initial

fixation as it remarkably reduces excessive friction with the bone due to

uniform transmission of strength during insertion owing to safe cutting edge

that follows the direction of the rotation. The cutting edge is on the whole

body of the fixture and has tapered design and double thread.

3. e-Clean Mount for Impression and Abutment

e-Clean Mount is economical and makes it simple for dental prosthetics.

Mount could be used as Impression Coping (Transfer) and final abutment,

after insertion.

3-1. Features of Tapered Body Implant

× 501 2 3

Page 20: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

1. Designed for Smooth Insertion in Various Bone Densities.

Cleanlant straight type is designed for smooth insertion in various bone densities, allowing not

giving excessive bone stress and secure insertion.

2. Design for Excellent Initial Stability

Double thread design provides the reducing insertion time and increasing the initial stability.

When placing the implant, it helps self-tapping and allowing the space for the bone, increas-

ing the initial stability.

Apex 5°tapered design guiding for placing implant at drilling hole.

3-2. Features of Straight body implant

If a necessary initial fixation is not obtained because of the loss of a wide fixture or the widening

of the alveolar bone during surgery. By using SAVE, implantation can be performed immediate-

ly, and sufficient initial fixation can be obtained, allowing the successful completion of the

implantation.

1. Platform Switching

Further loss of the alveolar bone is not allowed. It reduces alveolar bone loss to the maximum in

the fixture shoulder region using Platform Switching Process.

2. Convenient Compatibility of Superstructure

It is economical to use with Cleanlant superstructure so there is no need for additional SAVE

Abutment System.

3. SAVE System

3-3. Features of SAVE implant

5˚ 5˚

Page 21: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

O-Ring Type Angled Type

Suitable for narrow space in themaxillary and mandibular anteriorteeth

One-body type design providesmaximum strength for mastication

Total gingival height is collar (1.3mm or 3.3mm) + cuff height (0.7)

Suitable for the edentulouspatients

Creating fast and simpletemporary prosthesis

Specialized 2 pieces-designreinforce safe fixation

Abutments are divided intoCemented and Angled for variouscases and placement direction

Take fast, convenient impressionswith 2 types of impression copingin narrow space

Collar

Post Type

Post Type O-Ring Type Angled Type

2㎜4㎜

1.5㎜3.5㎜

1.3㎜3.3㎜

Cemented Abutment Angled Abutment

Cuff

Angled Type

0.7㎜ 0.7㎜

Angled Type - Collar+Cuff

Usable with regular size of retainer furthermore o-ring cap is availableCollar heights are 1.5mm and 3.5mm

O-Ring Type Collar

0.7㎜

15°

1.3㎜

Neck design helps to make fast healing time

Post type Neck design

1.5 / 3.5㎜

2.7㎜

2㎜(Driver connection area)

O-Ring Cap O-Ring

1. Three Types of Fixture

3-4. Features of I-Fix implant

20 | 21 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Page 22: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

1. The fixation is strong and safe between screw and fixturewith over 4 and half pitch screw connection

2. Morse taper connection between the implant and theabutment offers the friction locking and sealing

3. Torque recommendation : 30-35Ncm

Mount is used as healing abutment and cover screw after placement.

Free, easy milling and prosthesis work as the application ofDENTIS regular free abutmentGroove in the abutment body - Strong fixation with cement

- 0.9 Hex Driver -

2. 2 pieces-type with Maximum Strength

3. Another Function of Angled Type Mount

4. Angled Type - Free Abutment

Page 23: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

in the case of interference fromneighboring teeth.

Height 18mm, 23mm impression coping

18mm and 23mm impression copings provide convenient impression-taking in narrow interproximal space.

One driver fits all 3types of screw

Three types of impression coping available in variouspick-up impression cases

18㎜ 23㎜

Height

Impression Coping

18㎜12㎜ 23㎜

12㎜

Post typeMachine Driver

LongShort

O-Ring type Angle type

5. For use where Narrow Interproximal Space

6. Easy Surgical Tool

22 | 23 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Page 24: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

“Simple and Convenient”SurgeryCleanlant

Cleanlant system that is upgraded day by day helps accurate

and safe implant surgery. DENTIS patented engineering

skills induces smooth insertion, does not induce extreme to

the patient, is greatly convenient, and surgery can be per-

formed fast and simply.

Page 25: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Uses of Cleanlant Abutment System

III

Page 26: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

1. Uses of i-Clean Abutment System

1) Uses of Solid Abutment

Generally, it is used when getting the abutment Level impression of i-Clean type and can be used

in all cases, single unit and multi unit, to make cemented type prosthesis.

2) Uses of Excellent Abutment

In molar cases, when abutment is smaller than the size of the prosthesis, it increases the size of the

normal solid abutment, and possesses stability.

3) Uses of InOcta Abutment

It is used for making SCRP dental prosthesis and in choosing cuff of the abutment to suit the thick-

ness of the gingiva when part of the implant shoulder is being drilled under the gums and getting

an impression in the fixture level.

4) Uses of SyncOcta Abutment

It can be used in all cases, single unit and multi unit and getting an impression in the fixture level.

As all stages of dental prosthesis production is possible in the lab, chair time is reduced. This is

Cemented Type and is possible to make SCRP dental prosthesis.

Page 27: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

5) Uses of Gold ULCA Abutment

It is used when the opposing of surfaces of the teeth of the two jawbones does not come into con-

tact and the dentist makes screw type prosthesis.

6) Uses of Angled Abutment

It is prepared in 15 and 25 degrees and can be used in cases to compensate for the angle and the

insertion path is not good.

7) Uses of Octa Abutment

It is used when prosthesis requires screw type, or cases of multiple unit that does not have a good

path.

8) Uses of O-Ring Abutment

It is used for over denture.

26 | 27 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Page 28: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

2. Uses of s-Clean Abutment System

1) Uses of Sole Abutment

Generally, it is used when getting the Abutment Level impression of s-Clean type and can be used

in all cases, single unit and multi unit, to make cemented type prosthesis.

2) Uses of Couple Abutment

It can be used in all cases, single unit and multi unit and getting an impression in the fixture and

abutment level. As all stages of dental prosthesis production is possible in the lab, chair time is

reduced. This is cemented type and is possible to make SCRP dental prosthesis.

3) Uses of Gold UCLA Abutment

It is used when the opposing of surfaces of the teeth of the two jawbones does not come into con-

tact and the dentist makes screw type prosthesis.

4) Uses of Angled Abutment

It is prepared in 15 and 25 degrees and can be used in cases to compensate for the angle and the

insertion path is not good.

5) O-Ring Abutment

It is used for over denture.

Page 29: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

28 | 29 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

3. Uses of e-Clean Abutment System

1) Uses of Cemented Abutment

Generally, it is used when making dental prosthesis of the cemented type.

2) Uses of Estheticone Abutment

It is used when prosthesis requires screw type, or cases of multiple unit that does not have a good

path.

3) Uses of Angled Abutment

It is prepared in 15 and 25 degrees and can be used in cases to compensate for the angle and the

insertion path is not good.

4) Uses of Gold UCLA Abutment

It is used when the opposing of surfaces of the teeth of the two jawbones does not come into con-

tact and the dentist makes screw type prosthesis.

5) O-Ring Abutment

It is used for over denture.

Page 30: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Natural-looking teeth like its partof your body - Cleanlant

RBM Surface Treatment minimizes danger of contamination

accounted to foreign matter. Produce teeth shaped like the

natural teeth and surpasses esthetic appreciation.

It is semi-permanent as it made of superior materials.

Page 31: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Cleanlant System Flow

IV

Page 32: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

i-Clean System Flow

“Convenient”No-mount System

During surgery, existing Mount System obstructs the range of vision and

the distance between the upper and lower teeth, however DENTIS No-

mount system can immediately ensure a path during surgery and

reduces operation time and attains accurate operation with no effects

from the surrounding teeth.

Octa

Octa Connection prosthesis is compatible with superstructures of ITI

and Swissplus.

Tapered design

Root Form Design achieved superb initial fixation strength also in places

where condition of the bone is not good, makes an easy and stable

surgery possible and reduces surgery time.

Micro-Thread for Bone Loss Prevention

It prevents water absorption of the cortex due to bacterial infection and

minimizes bone loss, breaking due to i-Clean stress and stimulus of the

cortical bone with stable initial fixation strength and wedges in thin cor-

tex as well.

RBM Surface Treatment (1.5±0.2um)

It maximizes osseointegration.

Safe cutting edge

It minimizes resistance of the bone during insertion of the implant and

functions to provide safe and smooth insertion.

Self-tapping Groove

It helps self-tapping during the insertion of the implant and at the same

time be the space for bone chips. In addition, boost fixation strength

after insertion.

2.0mm Machined collar

× 5,000

Page 33: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Wide

PlatformDiameter

Length Code

ø4.8

8.0mm

10.0mm

12.0mm

14.0mm

DIFWR4808

DIFWR4810

DIFWR4812

DIFWR4814

ImplantDiameter

ø4.8

Regular

PlatformDiameter

Length Code

ø4.8

8.0mm

10.0mm

12.0mm

14.0mm

DIFR4308

DIFR4310

DIFR4312

DIFR4314

ImplantDiameter

ø4.3

Mini

PlatformDiameter

Length Code

ø4.8

8.0mm

10.0mm

12.0mm

14.0mm

DIFM3708

DIFM3710

DIFM3712

DIFM3714

ImplantDiameter

ø3.7

System

32 | 33 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

ø4.8

2.0㎜

ø3.0

ø3.7

L

ø4.8

2.0㎜

ø3.6

ø4.3

L

ø4.8

ø4.8

ø4.8

ø4.8

2.0㎜

ø4.1

ø4.8

L

Page 34: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

i-Clean System Flow

Octa

Octa connection prosthesis is compatible with super-

structure of ITI and Swissplus.

0.9mm

R0.65

0.1mm

Designed for Smooth Insertion in Various Bone Densities

Cleanlant straight type is designed for smooth insertion in various bone den-

sities, allowing not giving excessive bone stress and secure insertion.

Convenient Compatibility of Superstructure

Cleanlant is economical to use with the certain products such

as ITI and Swissplus implants.

“Convenient”No-mount System

During surgery, existing Mount System obstructs the

range of vision and the distance between the upper and

lower teeth, however, DENTIS No-mount System can

immediately ensure a path during surgery and reduces

operation time and attains accurate operation with no

effects from the surrounding teeth.

RBM Surface Treatment (1.5±0.2um)

It maximizes osseointegration.

Design for Excellent initial stability

Double thread design provides the reducing insertion

time and increasing the initial stability. When placing the

implant, it helps self-tapping and allowing the space for

the bone, increasing the initial stability. Apex 5°tapered

design guiding for placing implant at drilling hole.5˚ 5˚

Page 35: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

ø4.8

0.65㎜

2㎜

ø4.1

L

PlatformDiameter

Collar Length

ø4.8

2mm

2mm

2mm

2mm

8mm

10mm

12mm

14mm

Code

DISF4108L

DISF4110L

DISF4112L

DISF4114L

ImplantDiameter

ø4.1

PlatformDiameter

Collar Length

ø4.8

2mm

2mm

2mm

2mm

8mm

10mm

12mm

14mm

Code

DISF4808L

DISF4810L

DISF4812L

DISF4814L

ImplantDiameter

ø4.8

34 | 35 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

ø4.8

0.65㎜

2㎜

ø4.8

L

System

Page 36: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Internal Fixture

SAVE Internal System Flow

Safe Cutting Edge/ Tapered Design

It has been designed for excellent osseointegration as well as excellent

initial fixation as it remarkably reduces excessive friction with the bone

due to uniform transmission of strength during insertion.

Optimum RBM Surface Treatment

Roughness measurement of the surface is

Ra: 1.5±0.2um. This measurement is the

most ideal value for osseointegration.

Micro-thread for Bone Loss Prevention

Micro-thread minimizes bone loss, break-

ing due to internal stress and appropriate

stimulus of the cortical bone together with

stable initial fixation.

“Convenient”No-mount System

During surgery, existing Mount System obstructs the range of vision and

the distance between the upper and lower teeth, however DENTIS No-

mount system can immediately ensure a path during surgery and

reduces operation time and attains accurate operation with no effects by

the surrounding teeth.

× 50

× 5,000

Page 37: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

36 | 37 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

ø5.5 SAVE Internal Fixture Size

ø6.0 SAVE Internal Fixture Size

ø6.0

10.0㎜

0.65㎜

ø5.3

2.0㎜

ø6.0

ø5.5

ø6.0

10.0㎜

0.65㎜

2.0㎜

ø4.8

PlatformDiameter

Length Code

ø6.0

7.0mm

8.0mm

10.0mm

12.0mm

DIFS5507

DIFS5508

DIFS5510

DIFS5512

ImplantDiameter

ø5.5

PlatformDiameter

Length Code

ø6.0

7.0mm

8.0mm

10.0mm

12.0mm

DIFS6007

DIFS6008

DIFS6010

DIFS6012

ImplantDiameter

ø6.0

Internal System

Page 38: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Solid AbutmentSolid Abutment Driver Excellent Solid Abutment DriverExcellent Solid Abutment

Prosthetic Flow Diagrams for i-Clean

Solid System

Shoulder Analog & Pin

Lab Analog

Plasitc Coping

Healing Abutment 1.2 Hex Driver

i-Clean

Cover Screw

BridgeSingle

Impression Caps Positioning Cylinder

Page 39: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

LengthPlatform Diameter Code No.DISA40DISA55DISA70

4mm5.5mm7mm

Ø4.8

Solid Abutment

Solid Abutment System

38 | 39 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

L: 4, 5.5, 7m

Closing Screw

Healing Abutment

Cover Screw

CuffPlatform Diameter Code No.DIH30DIH40DIH55

DIHS30DIHS40DIHS55

3mm4mm

5.5mm

3mm4mm

5.5mm

Ø4.8

Ø6.0

CuffPlatform Diameter Code No.DICS1

DISCS60

2mm

2mm

Ø4.8

Ø6.0

Ø6.0 : SAVE Only

Ø6.0 : SAVE Only

CuffPlatform Diameter Code No.DICS30mmØ4.8

2mm

Cuff: 3, 4, 5.5mm

Page 40: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

TypePlatform Diameter Code No.DISIPCRØ4.8

Positioning Cylinder

LengthPlatform Diameter Code No.DIESA40DIESA55DIESA70

4mm5.5mm7mm

Ø4.8

TypePlatform Diameter Code No.DISICRØ4.8

Impression Cap

Excellent Solid Abutment

L: 4, 5.5, 7m

Page 41: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Platform Diameter Code No.DIISARDISAPR

Ø4.8

TypePlatform Diameter Code No.DISPSDISPB

SingleBridge

Ø4.8

Plasitc Coping

Shoulder Analog & Pin

Bridge

Single

Solid Abutment System

40 | 41 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

LengthPlatform Diameter Code No.DISLA40DISLA55DISLA70

4mm5.5mm7mm

Ø4.8

Lab Analog

L: 4, 5.5,7mm

Page 42: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Prosthetic Flow Diagrams for i-Clean

InOcta System

Impression Coping(Pick-up) Impression Coping(Transfer)

Lab Analog

Healing Abutment 1.2 Hex Driver

i-Clean

Cover Screw

Angled Abutment SynOcta AbutmentInOcta Abutment Gold UCLA

15。 25。N-OctaOcta

Free Abutment

N-OctaOcta N-OctaOcta N-OctaOcta

Page 43: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

TypePlatform Diameter Code No.Impression Coping

DIPIR

DITIRDITIN

DIPIS60

Pick-Up

Transfer

Pick-Up

Pick-Up

Transfer

Ø4.8

Ø6.0

InOcta Abutment System

42 | 43 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Platform Diameter Code No.DILA

DILAS

Ø4.8

Ø6.0

Lab Analog

Ø6.0 : SAVE Only

Ø6.0 : SAVE Only

Page 44: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

CuffTypePlatform Diameter Code No.DICO10DICO20DICO30DICO40

DICO10NDICO20NDICO30NDICO40N

1mm2mm3mm4mm

1mm2mm3mm4mm

Octa

N-Octa

Ø4.8Ø4.8

InOcta Abutment

TypePlatform Diameter Code No.DIAA15DIAA25

15。25。

Ø4.8

Angled Abutment

15。

25。

Octa

Octa

6mm

Cuff:1, 2, 3, 4mm

N-Octa

N-Octa

Free Abutment Platform Diameter Code No.DIFAODIFAN

OctaN-Octa

Type

DICOS10DICOS20DICOS30DICOS40

DICOS10NDICOS20NDICOS30NDICOS40N

1mm2mm3mm4mm

1mm2mm3mm4mm

Octa

N-Octa

Ø6.0

Ø6.0 : SAVE Only

Page 45: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

SynOcta Abutment

Temporary Abutment

Gold UCLA

InOcta Abutment System

TypePlatform Diameter Code No.DIGUODIGUN

OctaN-Octa

Ø4.8

TypePlatform Diameter Code No.DITA10ODITA20ODITA30ODITA40O

DITA10NDITA20NDITA30NDITA40N

Octa

N-Octa

Cuff1mm2mm3mm4mm

1mm2mm3mm4mm

Ø4.8

TypePlatform Diameter Code No.DISOADISOAN

OctaN-Octa

Ø4.8

N-Octa

Octa

Octa N-Octa

Octa

N-Octa

44 | 45 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Cuff:1, 2, 3, 4mm

Cuff:1, 2, 3, 4mm

Page 46: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Prosthetic Flow Diagrams for i-Clean

Octa System

Impression Coping(Pick-up)

Octa Lab Analog

Healing Abutment

i-Clean

Cover Screw

Octa Abutment

Gold Cylinder Plastic Cylinder

N-HexHex N-OctaOcta

Octa Abutment Driver

1.2 Hex Driver

Impression Coping(Transfer)

Page 47: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Octa Abutment System

Platform Diameter Code No.DIOHCØ4.8

Platform Diameter Code No.DIOAØ4.8

Octa Abutment

Impression Coping

Octa Healing Cap

TypePlatform Diameter Code No.DIOIODIOIN

DIOTIDITIN

Pick-Up

Pick-Up

Transfer

Transfer

Ø4.8

46 | 47 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Page 48: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Platform Diameter Code No.DIOLAØ4.8

Lab Analog

Gold Cylinder TypePlatform Diameter Code No.DIOGCODIOGCN

OctaN-Octa

Ø4.8

Octa

N-Octa

Page 49: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Octa Abutment System

Plastic Cylinder TypePlatform Diameter Code No.DIOPODIOPN

OctaN-Octa

Ø4.8

N-Octa

Octa

48 | 49 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Page 50: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Prosthetic Flow Diagrams for i-Clean

O-Ring System

O-Ring AbutmentO-Ring Abutment Driver

O-Ring Lab Analog

Healing Abutment

i-Clean

Cover Screw

O-Ring O-Ring Retainer

1.2 Hex Driver

Page 51: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

O-Ring Abutment System

Code No.DOLA

Code No.DOR

O-Ring Abutment

O-Ring Retainer

O-Ring Lab Analog

Code No.ORING

O-Ring

CuffAbutment Diameter Code No.DIORA00DIORA20DIORA40

0mm2mm4mm

Ø3.5

Cuff: 0, 2, 4mm

50 | 51 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Page 52: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

s-Clean System Flow

“Convenient”No-mount System

During surgery, existing Mount System obstructs the range of vision and

the distance between the upper and lower teeth, however DENTIS No-

mount system can immediately ensure a path during surgery and

reduces operation time and attains accurate operation with no effects

from the surrounding teeth.

Hex

Hex Connection prosthesis is compatible with the superstructure with

products of Astra.

Tapered design

Root Form Design achieved superb initial fixation strength also in places

where condition of the bone is not good, makes an easy and stable

surgery possible and reduces surgery time.

Micro-Thread for Bone Loss Prevention

It prevents water absorption of the cortex due to bacterial infection and

minimizes bone loss, breaking due to i-Clean stress and stimulus of the

cortical bone with stable initial fixation strength and wedges in thin cor-

tex as well.

RBM Surface Treatment (1.5±0.2um)

It maximizes osseointegration.

Safe cutting edge

It minimizes resistance of the bone during insertion of the implant and

functions to provide safe and smooth insertion.

Self-tapping Groove

It helps self-tapping during the insertion of the implant and at the same

time be the space for bone chips. In addition, boost fixation strength

after insertion.

× 5,000

Page 53: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Wide

PlatformDiameter

Length Code

ø4.8

8.0mm

10.0mm

12.0mm

14.0mm

DSFW4808

DSFW4810

DSFW4812

DSFW4814

ImplantDiameter

ø4.8

Regular

PlatformDiameter

Length Code

ø4.3

8.0mm

10.0mm

12.0mm

14.0mm

DSFR4308

DSFR4310

DSFR4312

DSFR4314

ImplantDiameter

ø4.3

Mini

PlatformDiameter

Length Code

ø3.7

8.0mm

10.0mm

12.0mm

14.0mm

DSFM3708

DSFM3710

DSFM3712

DSFM3714

ImplantDiameter

ø3.7

52 | 53 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

ø3.7

0.4㎜

ø3.0

ø3.7

ø4.3

ø4.8

ø3.7

L

ø4.3

0.4㎜

ø3.6

ø4.3

L

ø4.8

0.4㎜

ø4.1

ø4.8

L

System

Page 54: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

s-Clean System Flow

0.9mm

R0.65

0.1mm

5˚ 5˚

Hex

Hex Connection prosthesis is compatible with the

superstructure with products of Astra.

Designed for Smooth Insertion in Various Bone Densities

Cleanlant straight is designed for smooth insertion in various bone densities,

allowing not giving excessive bone stress and secure insertion.

Convenient Compatibility of Superstructure

Cleanlant is economical to use with the certain products such

as Astra implants.

“Convenient”No-mount System

During surgery, existing Mount System obstructs the

range of vision and the distance between the upper and

lower teeth, however, DENTIS No-mount System can

immediately ensure a path during surgery and reduces

operation time and attains accurate operation with no

effects from the surrounding teeth.

RBM Surface Treatment (1.5±0.2um)

It maximizes osseointegration.

Design for Excellent initial stability

Double thread design provides the reducing insertion

time and increasing the initial stability. When placing the

implant, it helps self-tapping and allowing the space for

the bone, increasing the initial stability. Apex 5°tapered

design guiding for placing implant at drilling hole.

Page 55: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

ø4.1

L

54 | 55 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

ø4.8

L

Length Code

8mm

10mm

12mm

14mm

DSSF4108

DSSF4110

DSSF4112

DSSF4114

ImplantDiameter

ø4.8

Length Code

8mm

10mm

12mm

14mm

DSSF4808

DSSF4810

DSSF4812

DSSF4814

ImplantDiameter

ø4.8

System

Page 56: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Submerged Fixture

SAVE Submerged System Flow

Safe Cutting Edge/ Tapered Design

It has been designed for excellent osseointegration as well as excellent

initial fixation as it remarkably reduces excessive friction with the bone

due to uniform transmission of strength during insertion.

Optimum RBM Surface Treatment

Roughness measurement of the surface is Ra:

1.5±0.2um. This measurement is the most ideal

value for osseointegration.

Micro-thread for Bone Loss Prevention

Cleanlant Micro-thread minimizes bone loss, breaking due to internal

stress and appropriate stimulus of the cortical bone together with stable

initial fixation.

Platform Switching System

Further loss of the alveolar bone is not allowed. It

reduces alveolar bone loss to the maximum in the

Fixture Shoulder region using Platform Switching

Process.

“Convenient”No-mount System

During surgery, existing Mount System obstructs the range of vision and

the distance between the upper and lower teeth, however DENTIS No-

mount system can immediately ensure a path during surgery and

reduces operation time and attains accurate operation with no effects by

the surrounding teeth.

Convenient Compatibility of Superstructure

It is economical to use with Cleanlant superstructure so there is no need

for additional SAVE Abutment System.

× 5,000

Page 57: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

56 | 57 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

ø5.5 SAVE Submerged Fixture Size

ø6.0 SAVE Submerged Fixture Size

ø5.5

10.0㎜

0.4㎜

ø4.8

ø5.5

ø6.0

ø6.0

10.0㎜

0.4㎜

ø5.3

PlatformDiameter

Length Code

ø5.5

7.0mm

8.0mm

10.0mm

12.0mm

DSFS5507

DSFS5508

DSFS5510

DSFS5512

ImplantDiameter

ø5.5

PlatformDiameter

Length Code

ø6.0

7.0mm

8.0mm

10.0mm

12.0mm

DSFS6007

DSFS6008

DSFS6010

DSFS6012

ImplantDiameter

ø6.0

Submerged System

Page 58: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Prosthetic Flow Diagrams for s-Clean

Sole System

BridgeSingle

Impression Cap

Lab Analog

Healing Abutment 1.25 Hex Driver

s-Clean

Cover Screw

Sole Abutment 1.25 Hex Driver

Plastic Coping

Page 59: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Cover Screw

2mm

ø4.5, 5.5, 6.5

Cuff: 1.0, 1.5, 2.0,2.5,3.5, 4.5, 5.5mm

Sole Abutment System

Abutment Diameter Code No.DSCSM

Healing Abutment CuffAbutment Diameter Code No.DSH4510DSH4515DSH4520DSH4525DSH4535DSH4545DSH4555

DSH5510DSH5515DSH5520DSH5525DSH5535DSH5545DSH5555

DSH6515DSH6520DSH6525DSH6535DSH6545DSH6555

1.0mm1.5mm2.0mm2.5mm3.5mm4.5mm5.5mm

1.0mm1.5mm2.0mm2.5mm3.5mm4.5mm5.5mm

1.5mm2.0mm2.5mm3.5mm4.5mm5.5mm

Ø4.5

Ø5.5

Ø6.5

58 | 59 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Page 60: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Sole Abutment

Abutment Diameter Code No.DSIPC45

DSIPC55

DSIPC65

Ø4.5

Ø5.5

Ø6.5

Impression Cap

LengthCuffAbutment Diameter Code No.5.5mm

5.5mm

5.5mm

Cuff: 0.8,1.5,2.0, 2.5, 3.5, 4.5, 5.5mm

5.5mm

DSSA4510DSSA4515DSSA4520DSSA4525DSSA4535DSSA4545DSSA4555

DSSA5510DSSA5515DSSA5520DSSA5525DSSA5535DSSA5545DSSA5555

DSSA6515DSSA6520DSSA6525DSSA6535DSSA6545DSSA6555

1.0mm1.5mm2.0mm2.5mm3.5mm4.5mm5.5mm

1.0mm1.5mm2.0mm2.5mm3.5mm4.5mm5.5mm

1.5mm2.0mm2.5mm3.5mm4.5mm5.5mm

Ø4.5

Ø5.5

Ø6.5

Page 61: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Lab Analog

Sole Abutment System

Abutment Diameter Code No.DSSLA45

DSSLA55

DSSLA65

Ø4.5

Ø5.5

Ø6.5

Plastic Coping TypeAbutment Diameter Code No.DSSP45SDSSP45B

DSSP55SDSSP55B

DSSP65SDSSP65B

SingleBridge

SingleBridge

SingleBridge

Ø4.5

Ø5.5

Ø6.5

Single

Bridge

60 | 61 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Page 62: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Prosthetic Flow Diagrams for s-Clean

Couple System

N-HexHex Hex N-Hex25。15。

Healing Abutment

s-Clean

Cover Screw

Couple Abutment

N-HexHex

Free Abutment Gold UCLA Abutment

1.25 Hex Driver

Impression Coping(Pick-up)

Lab Analog

Angled Abutment

Hex N-Hex

Impression Coping(Transfer)

Hex N-Hex

Page 63: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Impression Coping

N-Hex

Hex

N-Hex

Hex

Couple Type Abutment System

LengthAbutment Diameter Code No.DSIH45LDSIH45S

DSIN45LDSIN45S

DSIH55LDSIH55S

DSIN55LDSIN55S

DSIH65LDSIH65S

DSIN65LDSIN65S

LongShort

LongShort

LongShort

LongShort

LongShort

LongShort

Hex

N-Hex

Hex

N-Hex

Hex

N-Hex

TypePick-Up

Pick-Up

Pick-Up

Pick-Up

Transfer

Ø4.5

Ø5.5

Ø6.5

LengthAbutment Diameter Code No.DSITH45LDSITH45S

DSITN45LDSITN45S

DSITH55LDSITH55S

DSITN55LDSITN55S

DSITH65LDSITH65S

DSITN65LDSITN65S

LongShort

LongShort

LongShort

LongShort

LongShort

LongShort

Hex

N-Hex

Hex

N-Hex

Hex

N-Hex

TypeTransfer

Transfer

Transfer

Ø4.5

Ø5.5

Ø6.5

62 | 63 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Impression Coping

Ø4.5(Free Abutment Only)

Ø5.5(Free Abutment Only)

Healing Abutment Abutment Diameter Code No.DSFH4525DSFH4545

DSFH5525DSFH5545

0.8mm

0.8mm

Cuff

2.5mm

ø4.5

4.5mm

ø4.5

2.5mm

ø5.5

4.5mm

ø5.5

Page 64: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Couple Abutment LengthCuffAbutment Diameter Code No.DSCA4510HDSCA4515HDSCA4520HDSCA4525HDSCA4535HDSCA4545HDSCA4555H

DSCA5510HDSCA5515HDSCA5520HDSCA5525HDSCA5535HDSCA5545HDSCA5555H

DSCA6515HDSCA6520HDSCA6525HDSCA6535HDSCA6545HDSCA6555H

DSCA4510NDSCA4515NDSCA4520NDSCA4525NDSCA4535NDSCA4545NDSCA4555N

DSCA5510NDSCA5515NDSCA5520NDSCA5525NDSCA5535NDSCA5545NDSCA5555N

DSCA6515NDSCA6520NDSCA6525NDSCA6535NDSCA6545NDSCA6555N

5.5mm

5.5mm

5.5mm

5.5mm

5.5mm

5.5mm

TypeHex

N-Hex

1.0mm1.5mm2.0mm2.5mm3.5mm4.5mm5.5mm

1.0mm1.5mm2.0mm2.5mm3.5mm4.5mm5.5mm

1.5mm2.0mm2.5mm3.5mm4.5mm5.5mm

1.0mm1.5mm2.0mm2.5mm3.5mm4.5mm5.5mm

1.0mm1.5mm2.0mm2.5mm3.5mm4.5mm5.5mm

1.5mm2.0mm2.5mm3.5mm4.5mm5.5mm

Ø4.5

Ø5.5

Ø6.5

Ø4.5

Ø5.5

Ø6.5

Ø4.5Ø5.5

Ø4.5Ø5.5

N-Hex

N-Hex

Hex

Hex

Lab Analog Code No.DSCLA

Free Abutment Abutment Diameter Code No.DSFA45HDSFA55H

DSFA45NDSFA55N

Hex

N-Hex

L

Cuff

Type

Page 65: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Couple Abutment

Angled Abutment

Couple Type Abutment System

Gold UCLA

LengthCuffAbutment Diameter Code No.DSAA45152DSAA45154

DSAA45252DSAA45254

DSAA55152DSAA55154

DSAA55252DSAA55254

DSAA65152DSAA65154

DSAA65252DSAA65254

2mm4mm

2mm4mm

2mm4mm

2mm4mm

2mm4mm

2mm4mm

15。

25。

15。

25。

15。

25。

Ø4.5

Ø5.5

Ø6.5

25。

15。

TypeAbutment Diameter Code No.DSGCH

DSGCN

Hex

N-Hex

Hex N-Hex64 | 65 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

N-Hex

Hex

L

Cuff

LengthCuffAbutment Diameter Code No.DSCA4510H7DSCA4515H7DSCA4520H7DSCA4525H7DSCA4535H7DSCA4545H7DSCA4555H7

DSCA5510H7DSCA5515H7DSCA5520H7DSCA5525H7DSCA5535H7DSCA5545H7DSCA5555H7

DSCA6515H7DSCA6520H7DSCA6525H7DSCA6535H7DSCA6545H7DSCA6555H7

DSCA4510N7DSCA4515N7DSCA4520N7DSCA4525N7DSCA4535N7DSCA4545N7DSCA4555N7

DSCA5510N7DSCA5515N7DSCA5520N7DSCA5525N7DSCA5535N7DSCA5545N7DSCA5555N7

DSCA6515N7DSCA6520N7DSCA6525N7DSCA6535N7DSCA6545N7DSCA6555N7

7mm

7mm

7mm

7mm

7mm

7mm

TypeHex

N-Hex

1.0mm1.5mm2.0mm2.5mm3.5mm4.5mm5.5mm

1.0mm1.5mm2.0mm2.5mm3.5mm4.5mm5.5mm

1.5mm2.0mm2.5mm3.5mm4.5mm5.5mm

1.0mm1.5mm2.0mm2.5mm3.5mm4.5mm5.5mm

1.0mm1.5mm2.0mm2.5mm3.5mm4.5mm5.5mm

1.5mm2.0mm2.5mm3.5mm4.5mm5.5mm

Ø4.5

Ø5.5

Ø6.5

Ø4.5

Ø5.5

Ø6.5

Page 66: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Prosthetic Flow Diagrams for s-Clean

Sub Octa System

Impression Coping(Pick-up)

Octa Lab Analog

Healing Abutment

s-Clean

Cover Screw

Sub Octa Abutment

Gold Cylinder Plastic Cylinder

N-HexHex N-OctaOcta

Octa Abutment Driver

1.25 Hex Driver

Impression Coping(Transfer)

Page 67: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Octa Abutment System

Abutment Diameter Code No.DIOHCØ4.8

Abutment Diameter Code No.DSOA480DSOA481DSOA482DSOA483DSOA484DSOA485

Ø4.8

Sub Octa Abutment

Impression Coping

Octa Healing Cap

TypeAbutment Diameter Code No.DIOIODIOIN

DIOTI

Pick-Up

Pick-Up

Transfer

Transfer

Ø4.8

66 | 67 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Cuff1.0mm1.5mm2.5mm3.5mm4.5mm5.5mm

Page 68: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Abutment Diameter Code No.DIOLAØ4.8

Lab Analog

Gold Cylinder TypeAbutment Diameter Code No.DIOGCODIOGCN

OctaN-Octa

Ø4.8

Octa

N-Octa

Page 69: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Octa Abutment System

Plastic Cylinder TypeAbutment Diameter Code No.DIOPODIOPN

OctaN-Octa

Ø4.8

N-Octa

Octa

68 | 69 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Page 70: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Prosthetic Flow Diagrams for s-Clean

O-Ring System

O-Ring AbutmentO-Ring Abutment Driver

O-Ring Lab Analog

Healing Abutment

s-Clean

Cover Screw

O-Ring O-Ring Retainer

1.25 Hex Driver

Page 71: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

O-Ring Abutment

Cuff: 0.5, 2, 4mm

O-Ring Abutment System

Code No.DOLA

Code No.DOR

O-Ring Retainer

O-Ring Lab Analog

Code No.ORING

O-Ring

CuffAbutment Diameter Code No.DSORA00DSORA20DSORA40

0.5mm2mm4mm

Ø3.4Ø4.5Ø4.5

70 | 71 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Page 72: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

e-Clean System Flow

Fixture Mount can be used for Imperssion Coping and Free Abutment.

Fixture mount is economical and makes it simple for dental prosthetics.

Mount could be used as transfer type of impression coping and final

abutment after inserted fixture.

Tapered design

Root Form Design achieved superb initial fixation strength also in places

where condition of the bone is not good, makes an easy and stable

surgery possible and reduces surgery time.

Micro-Thread for Bone Loss Prevention

It prevents water absorption of the cortex due to bacterial infection and

minimizes bone loss, breaking due to internal stress and stimulus of the

cortical bone with stable initial fixation strength and wedges in thin cor-

tex as well.

Safe cutting edge

It minimizes resistance of the bone during insertion of the implant and

functions to provide safe and smooth insertion.

RBM Surface Treatment (1.5±0.2um)

It maximizes osseointegration.

× 5,000

× 50

Page 73: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Wide

PlatformDiameter

Length Code

ø5.1

8.0mm

10.0mm

12.0mm

14.0mm

DEFW5108

DEFW5110

DEFW5112

DEFW5114

ImplantDiameter

ø5.1

Regular

PlatformDiameter

Length Code

ø4.1

8.0mm

10.0mm

12.0mm

14.0mm

DEFR4108

DEFR4110

DEFR4112

DEFR4114

ImplantDiameter

ø4.1

Mini

PlatformDiameter

Length Code

ø3.5

8.0mm

10.0mm

12.0mm

14.0mm

DEFM3508

DEFM3510

DEFM3512

DEFM3514

ImplantDiameter

ø3.5

72 | 73 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

ø3.5

0.7㎜

ø2.8

ø2.4

ø3.5

ø4.1

ø5.1

L

ø4.1

0.7㎜

ø3.4

ø2.7

L

ø5.1

0.7㎜

ø4.4

ø3.4

L

System

Page 74: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Prosthetic Flow Diagrams for e-Clean

Cemented System

Healing Abutment 1.2 Hex Driver

e-Clean

Cover Screw

Impression Coping(Transfer)Impression Coping(Pick-up)

Angled Abut. Gold UCLACemented Abut. Plastic UCLA

15。 25。N-HexHex N-Hex

N-Hex

Hex

Hex

N-HexHex

Lab Analog

Mount

Page 75: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Cuff: 2, 3, 4, 5.5, 7mm

6.5mm

Cemented Abutment System

Healing Abutment

Mount Platform Diameter Code No.DEFMM

DEFMR

DEFMW

Mini

Regular

Wide

Short Mount Platform Diameter Code No.DEFMSM

DEFMSR

DEFMSW

Mini

Regular

Wide

Cover Screw Platform Diameter Code No.DECSM

DECSR

DECSW

Mini

Regular

Wide

CuffPlatform Diameter Code No.DEHM420DEHM430DEHM440DEHM455DEHM470

DEHR520DEHR530DEHR540DEHR555DEHR570

DEHR620DEHR630DEHR640DEHR655DEHR670

DEHW620DEHW630DEHW640DEHW655DEHW670

2mm3mm4mm

5.5mm7mm

2mm3mm4mm

5.5mm7mm

2mm3mm4mm

5.5mm7mm

2mm3mm4mm

5.5mm7mm

Mini

Regular

Wide

74 | 75 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Page 76: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Impression Coping

Lab Analog

Cemented Abutment LengthCuffWide

DECAW616HDECAW626HDECAW636HDECAW646H

DECAW618HDECAW628HDECAW638HDECAW648H

Code No.

DECAR516HDECAR526HDECAR536HDECAR546H

DECAR518HDECAR528HDECAR538HDECAR548H

Regular6mm

8mm

MiniDECAM416HDECAM426HDECAM436HDECAM446H

DECAM418HDECAM428HDECAM438HDECAM448H

Type

Hex 1mm2mm3mm4mm

1mm2mm3mm4mm

DECAW616NDECAW626NDECAW636NDECAW646N

DECAW618NDECAW628NDECAW638NDECAW648N

DECAR516NDECAR526NDECAR536NDECAR546N

DECAR518NDECAR528NDECAR538NDECAR548N

DECAR616HDECAR626HDECAR636HDECAR646H

DECAR618HDECAR628HDECAR638HDECAR648H

DECAR616NDECAR626NDECAR636NDECAR646N

DECAR618NDECAR628NDECAR638NDECAR648N

6mm

8mm

DECAM416NDECAM426NDECAM436NDECAM446N

DECAM418NDECAM428NDECAM438NDECAM448N

N-Hex 1mm2mm3mm4mm

1mm2mm3mm4mm

Platform Diameter Code No.DETIM40HDETIM40N

DETIR50HDETIR50NDETIR60HDETIR60N

DETIW60HDETIW60N

TransferMini

Regular

Wide

Platform Diameter Code No.DELAM

DELAR

DELAW

Mini

Regular

Wide

Cuff: 1, 2, 3, 4mm

L

Hex

Hex

N-Hex

N-Hex

Impression Coping Platform Diameter Code No.DEIM40HDEIM40N

DEIR50HDEIR50NDEIR60HDEIR60N

DEIW60HDEIW60N

Pick-Up

Pick-Up

Transfer

HexN-Hex

HexN-HexHex

N-Hex

HexN-Hex

Type

Type

HexN-Hex

HexN-HexHex

N-Hex

HexN-Hex

Mini

Regular

Wide

Page 77: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

LengthCuffWide

DEAAW6215DEAAW6415

DEAAW6225DEAAW6425

Platform Diameter

DEAAR6215DEAAR6415

DEAAR6225DEAAR6425

DEAAR5215DEAAR5415

DEAAR5225DEAAR5425

Regular8mm

8mm

MiniDEAAM4215DEAAM4415

DEAAM4225DEAAM4425

Type

15。

25。

2mm4mm

2mm4mm

Angled Abutment

Cemented Abutment System

Plastic UCLA

Gold UCLA

Cuff: 2, 4mm

15。

25。

N-Hex

Hex

Platform DiameterTypeWide

DEGUWH

DEGUWN

RegularDEGURH

DEGURN

MiniDEGUMH

DEGUMN

Hex

N-Hex

Platform DiameterTypeWide

DEPWH

DEPWN

RegularDEPRH

DEPRN

MiniDEPMH

DEPMN

Hex

N-Hex

N-Hex

Hex

76 | 77 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Page 78: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Prosthetic Flow Diagrams for e-Clean

Estheticone System

Healing Abutment 1.2 Hex Driver

e-Clean

Cover Screw

Healing CapEstheticone Abut.

Impression Coping(Transfer)Impression Coping(Pick-up)

Gold Cylinder Plastic Cylinder

N-HexHex N-HexHex

Lab Analog

Estheticone Driver

Mount

Page 79: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Estheticone Abutment

Estheticone Abutment System

Platform Diameter Code No.DEEHC

DEWHC

Ø4.1

Ø5.1

Impression Coping

Healing Cap

CuffPlatform Diameter Code No.DEEA10DEEA20DEEA30DEEA40

DEWA10DEWA20DEWA30DEWA40

1mm2mm3mm4mm

1mm2mm3mm4mm

Ø4.1

Ø5.1

Type

Type

Platform Diameter Code No.DEESIHDEESIN

DEWSIHDEWSIN

HexN-Hex

HexN-Hex

Pick-Up

Pick-Up

Transfer

Transfer

Ø4.1

Ø5.1

78 | 79 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Cuff:1, 2, 3, 4mm

Impression Coping Platform Diameter Code No.DEETI

DEWTI

Ø4.1

Ø5.1

Type

Page 80: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Gold Cylinder TypePlatform Diameter Code No.DEEGCHDEEGCN

DEWGCHDEWGCN

HexN-Hex

HexN-Hex

Ø4.1

Ø5.1

Hex

N-Hex

Lab Analog Platform Diameter Code No.DEELA

DEWLA

Ø4.1

Ø5.1

Page 81: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Estheticone Abutment System

Plastic Cylinder TypePlatform Diameter Code No.DEMPHDEMPN

DEWPHDEWPN

HexN-Hex

HexN-Hex

Ø4.1

Ø5.1

N-Hex

Hex

80 | 81 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Page 82: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Prosthetic Flow Diagrams for e-Clean

O-Ring System

O-Ring AbutmentO-Ring Abutment Driver

O-Ring Lab Analog

Healing Abutment

e-Clean

Cover Screw

O-Ring O-Ring Retainer

1.2 Hex Driver

Mount

Page 83: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

O-Ring Abutment

Cuff:2, 4mm

O-Ring Abutment System

Code No.DOLA

Code No.DOR

O-Ring Retainer

O-Ring Lab Analog

Code No.ORING

O-Ring

CuffAbutment Diameter Code No.DEORRA20DEORRA40

DEORWA20DEORWA40

2mm4mm

2mm4mm

Ø4.1

Ø5.1

82 | 83 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Page 84: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Post Type Fixture

I-Fix Post Type System Flow

- Suitable for narrow space in the maxillary and

mandibular anterior teeth

- One-body type design provides maximum strength

for mastication

- Post type Neck design

Neck design helps to make fast healing timeø2.0

Length

Collar

7㎜

ø3.0

Length

Collar

7㎜

ø2.5

Length

Collar

7㎜

Collar Length CodeImplant

Diameter

2.0mm

2.0mm

2.0mm

4.0mm

4.0mm

4.0mm

10.0mm

13.0mm

16.0mm

10.0mm

13.0mm

16.0mm

DMPF2010S

DMPF2013S

DMPF2016S

DMPF2010L

DMPF2013L

DMPF2016L

ø2.0

Collar Length CodeImplant

Diameter

2.0mm

2.0mm

2.0mm

4.0mm

4.0mm

4.0mm

10.0mm

13.0mm

16.0mm

10.0mm

13.0mm

16.0mm

DMPF2510S

DMPF2513S

DMPF2516S

DMPF2510L

DMPF2513L

DMPF2516L

ø2.5

Collar Length CodeImplant

Diameter

2.0mm

2.0mm

2.0mm

4.0mm

4.0mm

4.0mm

10.0mm

13.0mm

16.0mm

10.0mm

13.0mm

16.0mm

DMPF3010S

DMPF3013S

DMPF3016S

DMPF3010L

DMPF3013L

DMPF3016L

ø3.0Lab Analog

Code

DMPL

Page 85: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

84 | 85 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

- Suitable for the edentulous patients

- Creating fast and simple temporary prosthesis

O-Ring Type Fixture

I-Fix O-Ring Type System Flow

ø2.0

Collar

Length

2.7㎜

2㎜

ø2.5

Collar

Length

2.7㎜

2㎜

ø3.0

Collar

Length

2.7㎜

2㎜

Collar Length CodeImplant

Diameter

1.5mm

1.5mm

1.5mm

3.5mm

3.5mm

3.5mm

10.0mm

13.0mm

16.0mm

10.0mm

13.0mm

16.0mm

DMOF2010S

DMOF2013S

DMOF2016S

DMOF2010L

DMOF2013L

DMOF2016L

ø2.0

Collar Length CodeImplant

Diameter

1.5mm

1.5mm

1.5mm

3.5mm

3.5mm

3.5mm

10.0mm

13.0mm

16.0mm

10.0mm

13.0mm

16.0mm

DMOF2510S

DMOF2513S

DMOF2516S

DMOF2510L

DMOF2513L

DMOF2516L

ø2.5

Collar Length CodeImplant

Diameter

1.5mm

1.5mm

1.5mm

3.5mm

3.5mm

3.5mm

10.0mm

13.0mm

16.0mm

10.0mm

13.0mm

16.0mm

DMOF3010S

DMOF3013S

DMOF3016S

DMOF3010L

DMOF3013L

DMOF3016L

ø3.0O-ring

Code

ORING

Lab Analog

Code

DMOL

Cap

Code

DOC

Page 86: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Angled Type Fixture

I-Fix Angled Type System Flow

ø2.0

Length

Collar

1㎜

Collar Length CodeImplant

Diameter

1.3mm

1.3mm

1.3mm

3.3mm

3.3mm

3.3mm

10.0mm

13.0mm

16.0mm

10.0mm

13.0mm

16.0mm

DMAF2010S

DMAF2013S

DMAF2016S

DMAF2010L

DMAF2013L

DMAF2016L

ø2.0

Collar Length CodeImplant

Diameter

1.3mm

1.3mm

1.3mm

3.3mm

3.3mm

3.3mm

10.0mm

13.0mm

16.0mm

10.0mm

13.0mm

16.0mm

DMAF2510S

DMAF2513S

DMAF2516S

DMAF2510L

DMAF2513L

DMAF2516L

ø2.5

Collar Length CodeImplant

Diameter

1.3mm

1.3mm

1.3mm

3.3mm

3.3mm

3.3mm

10.0mm

13.0mm

16.0mm

10.0mm

13.0mm

16.0mm

DMAF3010S

DMAF3013S

DMAF3016S

DMAF3010L

DMAF3013L

DMAF3016L

ø3.0

ø2.5

Length

Collar

1㎜

ø3.0

Length

Collar

1㎜

- Specialized 2 pieces-design reinforce safe fixation

- Abutments are divided into Cemented and Angled for

various cases and placement direction

- Take fast, convenient impressions with 2 types of

impression coping in narrow space

Page 87: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

86 | 87 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

12㎜

Hex

Hex

Non-Hex

Double Hex

Non-Hex

18㎜ 23㎜

0.7㎜

0.7㎜

0.7㎜

L

15°

Free Abutment

Cuff Length CodeAbutmentDiameter

0.7mm

0.7mm

11.3mm

11.3mm

DMFAH

DMFAN

ø4

ø4

Impression coping

Length Code

Cemented Abutment

Cuff Length CodeAbutmentDiameter

0.7mm

0.7mm

8.3mm

8.3mm

DMCAH

DMCAN

ø4

ø4

Angled Abutment (15°)

Cuff Length CodeAbutmentDiameter

0.7mm 9.1mm DMAA15ø4

Angled Mount Adapter

Detail Code

0.9 Hex Driver 사용 DMAMA

Lab Analog

Code

DMAL

Pick-up

DMIC12

DMIC18

DMIC23

12mm

18mm

23mm

Page 88: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

99% Satisfaction.The remaining 1 % is for new techniques to be developed soon.

Cleanlant System absolutely improves

the defects of the existing products,

has superior compatibility,

accurate No-mount system and

strong initial fixation strength and many more.

Page 89: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Cleanlant Surgical KIT

V

Page 90: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Features of Surgical Tool

-Drill

3) Multi stopper drill

- Stopper

Basically 2mm Rotary Stopper is fitted. Attaching and detach-ing is smooth and easy. When stopper makes contact withthe bone, it stops rotating, hence does not damage the bone.

Basically Rotating Stopper is fitted. Short drill is 10mm and Long drill is 14mm. If the stopper isequiped, the short drill can be adjusted as 6mm to 8mm and the long drill can be adjusted as 10mm to12mm. It is convenient and possible to use without the stopper depending on the shape of the boneduring surgery.

The Special Features of Safe Stopper Twist Drill 1. Safe Drill Stopper The Stopper of 3-Blade Safe Tapered Twist Drill is used to prevent nerves injury from excessive drilling.

2. 3-Blade Safe Twist Drill 3-blade Safe Tapered Twist drill, produced only by DENTIS Company, has excellent cutting capability to prevent bone heating and drilling can operated at a low speed. It could easily extract bone chips and is stable for surgical operation.

3. Tapered Design3-blade Safe Tapered Twist Drill, produced only by DENTIS Company, can be used at a low drilling speed to taper into the bone and gives accurate surgical operation.

1) Cleanlant Surgical Kit

2) Stopper drill

short Long

2㎜ 3㎜ 4㎜

Tapered CCombined KIT Straight CCombined KIT SAVE KIT II--FFiixx KKIITT

8㎜

2㎜ stopper 3㎜ stopper 4㎜ stopper

7㎜6㎜

8㎜7㎜6㎜

ø5.5-S Drill

7㎜ 6㎜12㎜

2㎜ stopper 4㎜ stopper

10㎜

ø5.5-L Drill

12㎜10㎜ 10㎜

ø2.2 Twist drill ø2.8 Twist drill ø3.5 Twist drill ø3.7 Twist drillø3.5 Straight Twist drill ø4.2 Straight Twist drillø4.1 Twist drill ø4.3 Twist drill ø4.8 Twist drill ø5.1 Twist drill

Page 91: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

90 | 91 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

4) Excellent Enhancement of W/C Coating Treatment

Tungsten Carbide Coating is 4 times stronger and easier to drill than other drills and

minimizes bone heating during drilling.

5)‘Convenient’Depth Gauge

It is easy to check the space between fixtures and the depth of Mesiodistal and the

location of buccolongual during initial drilling.

6)‘Convenient’No-mount Driver

DENTIS No-mount Driver can immediately ensure a path during surgery and

reduces operation time and attains accurate operation with no effects by the sur-

rounding teeth.

7) Multiple Tap Drill

It is manufactured for Machine and Hand use, using an adaptor that can be

attached to 3 kinds of drivers(Rachet Long, Rachet Short for Machine use and

Ratchet for Hand use)

8) Torque Rachet

Convenient fittings and accurate torque value are measured in units 15NCm,

25NCm, and 35NCm. It is be managed efficiently by simply disassembling it and can

be easily cleaned inside after operation.

Page 92: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Combined KIT

Page 93: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Ø3.7 FixtureD4 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 fixture D2-3 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø3.7 fixture D1 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø3.7 tap drill →Ø3.7 fixture

Ø4.3 FixtureD4 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø4.3 fixtureD2-3 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø4.3 drill →Ø4.3 fixture D1 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø4.3 drill →Ø4.3 tap drill →Ø4.3 fixture

Ø4.8 FixtureD4 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø4.3 drill →Ø4.8 fixtureD2-3 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø4.3 drill →Ø4.8 drill →Ø4.8 fixture D1 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø4.3 drill →Ø4.8 drill →Ø4.8 tap drill →Ø4.8 fixture

Depending on the Bone Condition

Depending on the Bone Condition

Ø3.5 FixtureD4 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.5 fixture D2-3 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.5 drill →Ø3.5 fixtureD1 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.5 drill →Ø3.5 tap drill →Ø3.5 fixture

Ø4.1 FixtureD4 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.5 drill →Ø4.1 fixtureD2-3 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.5 drill →Ø4.1 drill →Ø4.1 fixtureD1 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.5 drill →Ø4.1 drill →Ø4.1 tap drill →Ø4.1 fixture

Ø5.1 FixtureD4 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.5 drill →Ø4.1 drill →Ø5.1 fixtureD2-3 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.5 drill →Ø4.1 drill → 5.1 drill →Ø5.1 fixture D1 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.5 drill →Ø4.1 drill →Ø5.1 drill →Ø5.1 tap drill →Ø5.1 fixture

92 | 93 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Drilling Sequence

Drilling Sequence

/

Page 94: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Straight KIT

Page 95: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

D4 D2-3 D1

D4 D2-3 D1

Ø4.1 FixtueD4 Point drill →Ø2.2 drill →Ø2.2/2.8 pilot drill →Ø2.8 drill →Ø4.1 fixture D2-3 Point drill →Ø2.2 drill →Ø2.2/2.8 pilot drill →Ø2.8 drill →Ø2.8/3.5 pilot drill →Ø3.5 straight drill →Ø4.1 fixture D1 Point drill →Ø2.2 drill →Ø2.2/2.8 pilot drill →Ø2.8 drill →Ø2.8/3.5 pilot drill →Ø3.5 straight drill →Ø4.1 tap drill →Ø4.1 fixture

Ø4.8 FixtueD4 Point drill →Ø2.2 drill →Ø2.2/2.8 pilot drill →Ø2.8 drill →Ø2.8/3.5 pilot drill →Ø3.5 straight drill →Ø4.8 fixtureD2-3 Point drill →Ø2.2 drill →Ø2.2/2.8 pilot drill →Ø2.8 drill →Ø2.8/3.5 pilot drill →Ø3.5 straight drill →Ø3.5/4.2 pilot drill

→Ø4.2 straight drill →Ø4.8 fixtureD1 Point drill →Ø2.2 drill →Ø2.2/2.8 pilot drill →Ø2.8 drill →Ø2.8/3.5 pilot drill →Ø3.5 straight drill →Ø3.5/4.2 pilot drill

→Ø4.2 straight drill →Ø4.8 tap drill →Ø4.8 fixture

Depending on the Bone Condition

94 | 95 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Drilling Sequence/

Page 96: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

KIT5.5, 6.0 Fixture [Exclusive use] Surgical Kit Internal/ Submerged [Multiple Use] Stopper Drill

DrillBasically Rotating Stopper is fitted. Short drill is 8 mm andLong drill is 12mm. If the stopper is equiped, the short drillcan be adjusted as 6mm to 8mm and the long drill can beadjusted as 10mm to 12mm. It is convenient and possible touse without the stopper depending on the shape of the boneduring surgery.

StopperBasically 2mm Rotary Stopper is fitted. Attaching and detach-ing is smooth and easy. When stopper makes contact with thebone, it stops rotating, hence reduce damage to the alveolarbone.

No-mount SystemNo-mount Driver can immediately ensure a path duringsurgery and reduces operation time and attains accurateoperation with no effects by the surrounding teeth.

Ø5.5 FixtureD4 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø4.3 drill →Ø4.8 drill →Ø5.5 fixtureD2-3 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø4.3 drill →Ø4.8 drill →Ø5.5 drill →Ø5.5 fixtureD1 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø4.3 drill →Ø4.8 drill →Ø5.5 drill →Ø5.5 tap drill →Ø5.5 fixture

Ø6.0 FixtureD4 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø4.3 drill →Ø4.8 drill →Ø5.5 drill →Ø6.0 fixtureD2-3 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø4.3 drill →Ø4.8 drill →Ø5.5 drill →Ø6.0 drill →Ø6.0 fixtureD1 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø4.3 drill →Ø4.8 drill →Ø5.5 drill →Ø6.0 drill →Ø6.0 tap drill

→Ø6.0 fixture

Drilling Sequence

Page 97: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

KITI-FIX Surgical Kit

96 | 97 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

ø2.0 Fixture Point drill →Ø1.3 straight drill →Ø2.0 fixtureø2.5 Fixture Point drill →Ø1.3 straight drill →Ø1.8 straight drill →Ø2.5 fixtureø3.0 Fixture Point drill →Ø1.3 straight drill →Ø1.8 straight drill →Ø2.3 straight drill →Ø3.0 fixture

Drilling Sequence

Page 98: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

The function of path guide during insertion of many fixturesDiagnosis of the length and size of dental prosthesis simultaneously during insertion

PROKIT, first in the world, developed for diagnosis or use in operation,

consists of a system that can be used for getting dental impression for

prosthesis during surgery, as it provides all kinds of abutments that can

be used in i-Clean Fixture and s-Clean Fixture.

It is easy to distinguish inside of the mouth or during operation due to

color coding according to the shape and type. It can be also used in all

kinds of dental autoclave just as other operating tools.

Page 99: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

2.8㎜

Round Bar Drill

Point drill

Code DPD

Code DRB

Surgical Tools

Drill Extension

Code DDE

98 | 99 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Position Guide

Code DPG07

2.2㎜

22.1㎜

Ø2.2

Parallel Pin

Code DPP

10㎜

2.1㎜

10㎜

Ø2.8

Ø3.96

Page 100: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Depth gauge

Diameter

Code

Ø2.8Ø2.2

DDG28DDG22

Pilot Drill

Ø4.2

DSPD42

Ø3.5

DSPD35

Ø2.8

DSPD28

Diameter

Code

8.9㎜

Ø2.2

Ø2.8

Ø2.8

Ø3.5

Ø3.5

Ø4.2

Twist drill

DiameterLength Ø3.5 Ø3.7 Ø4.1 Ø4.3 Ø4.8 Ø5.1

DTD3508

DTD3510

DTD3512

DTD3514

DTD3708

DTD3710

DTD3712

DTD3714

DTD4108

DTD4110

DTD4112

DTD4114

DTD4308

DTD4310

DTD4312

DTD4314

DTD4808

DTD4810

DTD4812

DTD4814

DTD5108

DTD5110

DTD5112

DTD5114

8mm

10mm

12mm

14mm

Straight twist drill

L

L

L

L

DiameterLength Ø2.2 Ø2.8 Ø3.5 Ø4.2

DTD2208

DTD2210

DTD2212

DTD2214

DTD2808

DTD2810

DTD2812

DTD2814

DSTD3508

DSTD3510

DSTD3512

DSTD3514

DSTD4208

DSTD4210

DSTD4212

DSTD4214

8mm

10mm

12mm

14mm

Page 101: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Tap Drill

Diameter

Code

Ø3.5 Ø3.7 Ø4.1 Ø4.3 Ø4.8 Ø5.1

DTM35 DTM37 DTR41 DTR43 DTW48 DTW51

i-Clean No-mount driver

Code DMMDI

s-Clean No-mount driver

Code DMMDS

i-Clean Ratchet driver

Type

Code

Short

DRMDIS

Long

DRMDIL

Straight tap drill

Diameter

Code

Ø4.1

DSTR41

Ø4.8

DSTW48

s-Clean Ratchet driver

Type

Code

Short

DRMDSS

Long

DRMDSL

100 | 101 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

0.5㎜

Ø4.1 Ø4.8

8㎜

10㎜12㎜14㎜

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Mount driver for ratchet

Type

Code

e-Clean 3.5 / Tap drill

DRHDS24 DRHDL24

e-Clean 4.1 / 5.1

DRHDS30 DRHDL30

Short Long Short Long

Octa driver

Type

Code

Short

DOADS

Long

DOADL

Code DSAD

Solid driver

Code DESAD

Excellent Driver

Hex driver

Type

Code

0.9 Hex

DRD09

1.2 Hex

DRD12S DRD12L

1.25 Hex

DRD125S DRD125L

Short Long Short Long

Mount driver for machine

Type

Code

e-Clean 3.5 / Tap drill

DMHD24

e-Clean 4.1 / 5.1

DMHD30

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Torque ratchet

Code DTR

O-ring driver

Type

Code

Short

DORADS

Long

DORADL

Ratchet wrench

Code DRW

Estheticone driver

Type

Code

4.1

DEED

5.1

DEWD

102 | 103 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Page 104: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

8㎜

6㎜7㎜

12㎜10㎜

12㎜10㎜

SAVE Surgical Tools

Tap drill

Diameter

Code

5.5

DTW55

6.0

DTW60

8㎜

6㎜7㎜

SAVE twist drill

Length

8mm

12mm

Diameter

DSD5508

DSD5512

5.5 6.0

DSD6008

DSD6012

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2㎜

10㎜

13㎜16㎜

2㎜

2㎜

2㎜

L

Mini machine driver

I-Fix Surgical Tools

Type

Short

Length Code

26mm DMMS

Long 31mm DMML

Mini ratchet driver

Type

Short

Length Code

26mm DMRS

Long 31mm DMRL

104 | 105 Ⅲ Recommendation Ⅳ Construction Ⅴ Surgical KitⅡ TechniqueⅠGuide

Straight twist drill

Ø2.3

DMD23

Ø1.8

DMD18

Ø1.3

DMD13

Diameter

Code

L

2㎜2㎜

Code DMDP

Depth gauge

10㎜

13㎜16㎜

ø1.8

ø1.3

10㎜

Page 106: ¿µ¹®Ä«´Ù·Ï_New09_Á¤¸®

Products would not be made if they are notof the best quality.

We actualize impressing our customers through elaborate

service with devotion and high-tech engineering skills made

with passion to achieve the best products.


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