Ritter Implants Catalog13.00.00 Low

RITTER IMPLANTS IVORY LINEMAIN CATALOG 13.00.00

2 3

Production of Ritter Implants 4-7Surface treatment 8-9Ritter Implants Packaging 10-11Clinical advantages of Ritter Implants 12-13

IMPLANTSQSI Quadro Spiral Implant 14-21NL-QSI Quadro Spiral Implant - Narrow-Line 22-23MCI Ri-Mono Compress Implant 24-25TFI Twin Fissure Implant 26-33

ACCESSORIESImpression Transfers & Implant Analogs 34-39Healing Abutments 40-41Abutments for Casting 42-43 Restoration Abutments STRAIGHT 44-48Restoration Abutments ANGLED 49-52Zirconium Abutments 53-55Ball Attachments 56-57Locators 58-59IVORY on 4 / on 6 Multi unit 60-61 NL - Narrow Line 62-64

INSTRUMENTSTools and Kits 65-75Drills, Trephines & Stoppers 76-77Dental Instruments for surgeries 78-79IVORY oS Bone Material 80-81Surgical Stages, Quick start 82-89Ritter history & Training courses 90-91

C O N T E N T

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76

Ritter Implant production is

located in South Germany near

Tuttlingen in the outer boundaries of the

Black Forest.

The Ritter brand stands for high quality, state

of the art technology and innovative products

made in Germany.

Ritter Implants and Accessories are made by

high modern CNC manufacturing machines.

A combination of advanced machining and

hand-finishing create the most accurate tools

possible for the marking of ceramic drills.

production

precision

improvement

8 9

Implant SurfaceNano Sand Blasting and Acid Edging

nanona

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blasto

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Ritter lmplants are made from Titanium alloy Grade 5 (Ti6AL4VELI: Titanium 90%, Aluminium 6%, Vanadium 4%) which passes a special sandblasting and acid etching process.

This method creates a high surface area differences which allow immediately after implant’s placing more intense absorption of plasma proteins and blood into the implant micropores, faste Osseointegration and higher primary stability which allows immediately loading.

Nanoblast - lmplant Surface:• Sand Blasting to create a macro surface of 20-40 microns• Double thermal acid etching process to create micro pitting between 1-5 microns• Speatment to build a titanium oxide layer

Nanoblast - Advantages:• lncreased early bone to implant contact• lncreased stability• Shortened healing period• Higher predictability SEM

10 11

Unique, efficient and easy:The Ritter Implants Packaging & Delivery System

Each 6 single carton packs of one Ritter’s Implant are packed in a maxi carton box. The single carton packs contain an instruction manual and 1 blister pack made from P.E.T with 3 integrated labels which are perforated from the main label for use as required for the patient file.

The implants are packed in a double sterile tubes inside the blister.

The internal transparent tube is holding the pre-mounted implant and a screwed cover screw in the implant carrier.

The external tube is calor coded with the implant diameter with a printed scale for the implant length.

Outer tube with colored top.The marking of the diametermakes the handling easy and guarantees the right choice.

Single pack

Open single pack

Front and back side of the blister with 3 stickers:1 for the patient2 for the surgery

6 pack with window for easy indentification

Blister pack with removed sticker

Taking the implant out of the tubes. Cover screw

Carrier

Implant

Internal Tube

External tubewith measure-ment scale

12 13

Clinical and surgical advantages of Ritter Implants

The Ritter IVORY-Line System combines the best unique features for complicated clinical cases or imme-diate loading with all different bone types. Ritter Implants guarantee easy and save implantation espe-cially in soft bone /low bone density.

The clinical advantages of Ritter Implants are:

l selfdirecting Implant, adjustable line of insertion for an optimal restorative position (enable to small redirections)l very high primary stability and bone condensing functionl reduces bone loss and trauma by enabled smaller osteotomyl reduction of risk of damaging neighbored teethl reduction of risk of perforating lingual or buccal cortexl enables bone splitting method or narrow ridge expansion

Adjustment in parallelism in case of imprecise drilling

The possbility of redirection helps to optimize the implant´s position and parallelism during the placement

Ritter QSI-Implants have a self tapping capability which makes it possible to change and optimize the direction of the implant during the insertion. The redirection of the Implant is very easy: 2-3 turns backwards and then the Implant can be screwed in the desired position.

Stabilisation in wide extraction gaps

The Ritter QSI-Implant reaches a very high primary stability in soft and minimal bone.It is perfect for the use in difficult clinical situations.

The unique thread design in the apical and the middle part of the QSI-Implant guarantees a stabile and anchored position, even in situation of low/soft bone density or minimal size of bone. The implant is getting tight by compressing the bone during the screwing process. Due to the construction and ability of penetration of the prepared site, the QSI Implant it requires a much narrower diameter than required for normal implants.

Stabilisation in soft bone / low bone density

14 15

Ritter Implants IVORY LINE QSI Quadro Spiral Implants

QSI

The QSI implant is best suited for surgical protocols involving soft bone types.The implant is self-drilling, self-tapping and condenses adjacent bone due to its unique shape and progressively adapting double thread design.

• Designed for soft bone, immediate implantation and immediate loading• Allows for excellent primary stability• Can be inserted into smaller size preparations• Allows for directional adjustments during placement• Can be used in any region - anterior or posterior, upper or lower jaw• Ideal for total or partial edentulous cases, or or for single tooth loss• Can be used in closed and open sinus lift procedures• Allows for single or dual surgical placement protocols• Ideal for bone regeneration and/or splitting crest technique

The clinical benefits of the implant make it ideal for all cases, from the simple to the most complicated.

Clinical benefits:

• Bone condensing resulting in very high primary stability• Less bone loss, less trauma• Aggressive thread design allows for adjustments to the insertion line during placememnt - this optimizes surgical positioning• Decreased risk of perforating the lingual or buccal cortex, or damaging nearby teeth

1716

Upgraded Internal Hex and Platform• Extremely accurate internal hex• One prosthetic platform at 3.75 mm (excluding NL-QSI-3.0/3.3)• Excellent implant-abutment connection with reduced diameter thanks to the switching platform geometry• Simple restorative procedure• Efficient and cost effective• Reduced bone resorption, good for soft tissue adaptation

Coronal Part - micro rings• Greater surface area• Surface area completely roughened• Threaded to the top of the implant• Designed for cortical bone to soft tissue margins• Better load distribution - less vertex stress

Body and core• Tapered body and core, more prominent than the threads• Bone’s condensing body• Easy insertion• Better primary stabilization

Threads with wide steps• Double thread• Easy insertion• High primary stability• Self tapping and drilling• Changeable thread design - increase in the apical side• The coronal threads condense the bone of the apical threads

Apical Part• Threads are sharp and deep• Self tapping, self drilling• Condensing body• Apical blade• Slim core, easy insertion• Will penetrate small diameter preparations• Less danger of damage to anatomical structures

Surgical Stages - Examination, Planning and Treatment

1. Patient information:

• Before treatment, inform patient about the expected results of the pre-operative examination.• Inform patient about the intended treatment, risks involved and expected results.• Patients should sign consent form, indicating their acceptance of the treatment.• Pay attention to the general contraindications of the patient's medical status, such as surgical treatment, mental psychosis, alcohol and other information listed in the instructions for use.

The pre-operative examination of the patient should include a general health evaluation, clinical and radio-graphic examination – usually a CT scan will be recommended.

The examination should include in particular dental history, restorative status and occlusion, and soft and hard tissues. In complex cases CT will give accurate details.

A panoramic X-Ray for initial evaluation and CT for advanced planning helps evaluate the anatomy, pathology, quantity and quality of the bone. The implant's special abilities will eliminate, in most cases, the need for additional procedure of bone augmentation before placing the implant, even in compromised situations. Since the implant can be stabilized in a very small bone volume, bone augmentation can be carried in the same treatment.

2. Bone Type:

Dense and compact bones are considered as giving good initial stabilization for the implant. Cancellous bone will give less retention - more bone-to-implant contact will be necessary for reaching high enough initial stabilization. The sequence of drilling depends on the bone quality. In a softer bone less drills should be used in order to get better primary stability.

In most cases the softer bone, type IV, will be in the posterior maxilla, and the harder bone, type I, in the anterior mandible. Implant failures will usually occur in type IV bone, hence the importance of greater primary stability. The special design of the QSI and TFI implants will provide this primary stability.

Bone Types

Bone Type IVery hard bone

Bone Type IIHard bone

Bone Type IIISoft bone

Bone Type IVVery soft bone


All Ritter Implants are delivered incl. ICI (Implant Carrier)and CSI (Implant cover srew) in 2 plastic tubes, covered by a blister package with 3 lot number stickers. The blister is inserted in stackable packages with the User Manual attached.

QSI

1918

QSI-3.75-8 Ri-Quadro Spiral Implant D-3.75mm / L-8mm 75,00


QSI-3.75-11.5 Ri-Quadro Spiral Implant D-3.75mm / L-11.5mm 75,00





QSI-4.2-11.5 Ri-Quadro Spiral Implant D-4.2mm / L-11.5mm 75,00



Picture Art. No. Description




Ø 4,2mm

Ø 3.75mm

All Implants are delivered incl. ICI (Implant Carrier) and CSI (Implant cover screw). All prices are recommended dealer sales prices.

Needed tools:

for cover screw:Hand Hex Driver for AbutmentsHHDA for Hex 1.29

for implant:RHDA-9/15 for Hex 2.43

3.75

3.2 3.6 4.25 5.25

3.75 3.75 3.75

20 21

The Top and High level of Implant systems

QSI-5-6 Ri-Quadro Spiral Implant D-5.0mm / L-6mm 75,00



QSI-5-11.5 Ri-Quadro Spiral Implant D-5.0mm / L-11.5mm 75,00






QSI-6-11.5 Ri-Quadro Spiral Implant D-6.0mm / L-11.5mm 75,00


Picture Art. No. Description Picture Art. No. Description



Ø 5mm Ø 6mm


Needed tools:



22 23

NL-QSI-3-10 Ri-Quadro Spiral Implant D-3.0mm / L-10mm (Narrow Line) 93,00

NL-QSI-3-11.5 Ri-Quadro Spiral Implant D-3.0mm / L-11.5mm (Narrow Line) 93,00



NL-QSI-3.3-10 Ri-Quadro Spiral Implant D-3.3mm / L-10mm (Narrow Line) 93,00

NL-QSI-3.3-11.5 Ri-Quadro Spiral Implant D-3.3mm / L-11.5mm (Narrow Line) 93,00





Ritter Implants IVORY LINE QSI Quadro Spiral Implants Narrow Line

Ritter Implants IVORY LINE NL-QSI Quadro Spiral Implants Narrow Line

Ø 3mm

Ø 3.3mm

Hex 2.0

mm51=L

mm9=L

CAUTION:ALL Narrow Line Implants need a different Hex driver because of the smaller size of inner Hex.NL-RHDI-9 /15.

Used tool:NL-RHDI-9NL-RHDI-15

Needed tools:


for implant:see page top

All Implants are delivered incl. NL-ICI (Implant Carrier) and NL-CSI (Implant cover screw). All prices are recommend-ed dealer sales prices.

Ø=3.0 Ø=3.3

3.0 3.0

2.0 2.0

2.3 2.3

24 25

MCI-2.8-10 RI-Mono Compress Implant D-2.8mm / L-10mm 93,00

MCI-2.8-11.5 RI-Mono Compress Implant D-2.8mm / L-11.5mm 93,00



MCI-3.2-11.5 RI-Mono Compress Implant D-3.2mm / L-11.5mm 93,00



Ritter Implants IVORY LINE RI-Mono Compress Implants

Ø 2.8mm

NOTICE:Needed Tool RHDM-S/L Ratchet Hex Driver for MCI (Short or long)

MCI- Implants are deliveredincl. MCI plastic Carrier

26 27

Ritter Implants IVORY LINE TFI Twin Fissure Implant

TFI

The TFI implant is best suited for surgical protocols involving harder bone types.The implant is self drilling and self tapping due to itsspecial shape and progressively adapting thread design. (double thread)

• Very good for hard bone and for immediate implantation• High primary stability• Can be used in any region - anterior or posterior, upper or lower jaw• Ideal for total or partially edentulous cases, or for one tooth• Can be used in closed and open sinus lift procedures• One or two stage surgical procedures• Ideal for bone regeneration and/or splitting crest technique

The clinical benefits of the implant make it ideal for all cases, from thesimple to the most complicated.

Clinical benefits:• Very high primary stability• Less bone loss, less trauma• Self directing in line of insertion as well as allowing for directional adjustments during placement• Decreased risk of perforating the lingual or buccal cortex, or damaging nearby teeth

The length can be seen also in upright position of the package.

28 29

Upgraded Internal Hex and Platform• Extremely accurate internal hex• One prosthetic platform at 3.75 mm (excluding NL-QSI-3.0/3.3)• Excellent implant-abutment connection with reduced diameter thanks to the switching platform geometry• Simple restorative procedure

Coronal Part - Micro Rings• Greater surface area• Surface area completely roughened• Threaded to the top of the implant• Bone platform shifting• Better load distribution - less vertex stress

Body and Core• Tapered body and core, more prominent than the threads• Easy insertion• Better primary stabilization. Threads with wide Steps

Coronal Middle Apical• Double thread• Easy insertion• High primary stability• Self tapping and drilling• Changeable thread design - increase in the apical side• The coronal threads condense the bone of the apical threads

Apical Part• Threads are sharp• Self tapping, self drilling• Apical blade• Less danger of damage to anatomical structures







2. Bone Type:



Bone Types





Ritter Implants IVORY LINE TFI Twin Fissure Implants All Ritter Implants are delivered incl. ICI (Implant Carrier)

and CSI (Implant cover srew) in 2 plastic tubes, covered by a blister package with 3 lot number stickers. The blister is inserted in stackable packages with the User Manual attached.

TFI

3130

TFI-3.3-8 Ri-Twin Fissure Implant D-3.3mm / L-8mm 75,00


TFI-3.3-11.5 Ri-Twin Fissure Implant D-3.3mm / L-11.5mm 75,00










Ritter Implants IVORY LINE TFI Twin Fissure Implants


Ø3.75mm

Ø 3mm

3.0

- H -

- L -

- D -

- BD -

- D -- P -

P (mm)

H (mm)

BD (mm)

3.75

2.43

3.75

2.43

3.2

3.75

2.43

3.6

3.75

2.43

4.2

D (mm) Ø=3.3* Ø=3.75 Ø=4.2 Ø=5

* The TFI-3.3 D(mm) belong to the lower body part of the implant and not for the upper D(mm).


Needed tools:



32 33






TFI-5-8 Ri-Twin Fissure Implant D-5.0mm / L-8mm 75,00


TFI-5-11.5 Ri-Twin Fissure Implant D-5.0mm / L-11.5mm 75,00





Ø 4,2mm

Ø 5mm



All Implants are delivered incl. ICI (Implant Carrier) and ICS (Implant cover screw). All prices are recommended dealer sales prices.

Needed tools:



34 35

Ritter Implants IVORY LINE Accessories & Tools

36 37

CTT-10 Closed Tray Transfer - 10mm 16,20 delivered with TST-14

CTT-13 Closed Tray Transfer - 13mm 16,20 delivered with TST-17

CTT-13N Closed Tray Transfer - 13mm (Narrow) 16,20 delivered with TST-17

TST-14 Titanium Screw for Tray Transfer 14mm 8,85




ACCESSORIESImpression Transfers & Implant Analogs


Closed TrayClosed Tray transfer is the indirect impression method. The indirect transfer abutments are screwed onto the implants with hex driver 1.29 Ø

Open TrayOpen Tray transfer is the direct impression method. Implant Analog

The implant analog is the place holder of the implant for the laboratory works.It is replacing the Implant in the casted impression.

OTT Open Tray Transfer 16,20 delivered with TST-22

OTT-10 Open Tray Transfer - 10mm 16,20 delivered with TST-22

OTT-13 Open Tray Transfer - 13mm 16,20 delivered with TST-22

OTT-13N Open Tray Transfer - 13mm (Narrow) 16,20 delivered with TST-22

3DSPA-8 Plastic Abutment for 3D Scanner

3938

PUTA-1 Pop Up Transfer Abutment 1mm with PUP-C 38,55





PUP-C Plastic for PUTA 8,40

TTMI Titanium Transfer for MCI 20,25

PTM Plastic Transfer for Ri-Mono 16,20

CTTA Closed Transfer for OCA 22,20

OTTA Open Transfer for OCA 22,20 incl. Screw for OTTA

IA-3.75 Implant Analog - 3.75mm 16,20

IA-5 Implant Analog - 5mm 16,20

IA-6 Implant Analog - 6mm 16,20

ITA Analog for RI-Mono Compress Implants MCI 17,75

TACA Analog for Connection Abutment for OCA & ACA 16,20

TTAO Titanium Temporary Abutment for OCA 19,50




All PUTA-1/5 delivered with titanium screwTSA 8.3

4140

HC-2 Healing Cap - 2mm 11,50


HC-3N Healing Cap - 3mm (Narrow) 11,50

HC-3W Healing Cap - 3mm (Wide) 11,50

HC-3EW Healing Cap - 3mm (Extra Wide 6.3mmD) 20,00



HC-5N Healing Cap - 5mm (Narrow) 11,50

HC-5W Healing Cap - 5mm (Wide) 11,50

HC-5EW Healing Cap - 5mm (Extra Wide 6.3mmD) 20,00



HC-O Healing Cap for Overdeture (for OCA) 13,45

HC-OC Healing Cap for Overdeture (for OCA) with Cone 13,45


ACCESSORIESHealing Abutments

ACCESSORIESHealing Abutments

Healing abutments maintain the opening of tissue to establish an excellent emergence profile.The surface is polished titanium with outstanding tissue acceptance.

The distance between the horizontal marks is 1 mm and mark the trans-gingival height.

Internal hex for hex driver 1.29mmavailable in wide and narrow versions.

Hight area in mm

Needed tools:

Hand Hex Driver for AbutmentsHHDA for Hex 1.29

42 43

SAPC-1 Burn-It Straight Anatomic Plastic Abutment for Casting 1mm Shoulder, L=10.5mm 20,00

SAPC-2 Burn-It Straight Anatomic Plastic Abutment for Casting 2mm Shoulder, L= 11,5mm 20,00

SAPC-3 Burn-It Straight Anatomic Plastic Abutment for Casting 3mm Shoulder, L=12.5mm 20,00

EAPC-15-1 Burn-It Esthetic Angled Plastic Abutment for Casting 15 Degree 1mm Shoulder 20,00 L= 9.9mm

EAPC-15-2 Burn-It Esthetic Angled Plastic Abutment for Casting 15 Degree 2mm Shoulder 20,00 L=10.9mm






ACCESSORIESAbutments for Casting

Shoulder

H

L

H

L

PAC Burn-It Plastic Sleeve Abutment for Laboratory Casting / non Hex 10,00

PAC-H Burn-It Plastic Sleeve Abutment for Laboratory Casting with Hex 10,00

PA-H Burn-It Plastic Abutment Laboratory with Hex 11,70

PA-N Burn-It Plastic Abutment Laboratory / non Hex 11,70

AZA Abutment for casting with quick-fit plastic sleeve 18,15 include Titanium Screw - TSA-8.3 (Plastic sleeve fits by press. Connection implant - abutment. Titanium base for accurate restorations. For custom cast prosthetics.)

PACA Plastic Sleeve for Connection Abutment / non Hex 11,70 for ACA / OCA

PACA-H Plastic Sleeve for Connection Abutment with Hex 11,70 for OCA only


ACCESSORIESAbutments for Casting

Esthetic and Overdenture Abutments STRAIGHT

All Burn-It Abutments are delivered with TSA-8.3 screw

44 45

TSA-8.3 Titanium Screw 8.3mm for recovery straight and angulated abutments. All abutments are delivered incl. this screw. 7,75

SSTA-1 Straight Titanium Abutment - Shoulder 1mm 18,15SSTA-2 Straight Titanium Abutment - Shoulder 2mm 18,15SSTA-3 Straight Titanium Abutment - Shoulder 3mm 18,15SSTA-4 Straight Titanium Abutment - Shoulder 4mm 18,15

STA-5 Straight Titanium Abutment - 5mm 18,15STA-7 Straight Titanium Abutment - 7mm 18,15STA-9 Straight Titanium Abutment - 9mm 18,15STA-9W Straight Titanium Abutment - 9mm (Wide) 25,90STA-12 Straight Titanium Abutment - 12mm 18,15STA-12W Straight Titanium Abutment - 12mm (Wide) 26,40STA-15 Straight Titanium Abutment - 15mm 18,15


ACCESSORIESRestoration Abutments STRAIGHT

3mm 4mm1mm 2mm

9mm5mm 7mm

15mm12mm 12mm9mm

L=8.3mm

Ø=1.72mm

Wide!Wide!

ACA-05 Anatomic Connection Abutment 0.5mm Shoulder 20,00 incl. TSACA-05



OCA-05 Overdenture Connection Abutment 0.5mm Shoulder 20,00 incl. screw fixation SF-O



BSO Ball Screw for Overdenture (for OCA) 13,45


ACCESSORIESEsthetic and Overdenture Abutments STRAIGHT

Needed tools:


All standard Abutments includeTitanium Screw TSA-8.3.

46 47

ESPS-2 Esthetic Straight Abutment with Platform Shifting 2mm 45,05

ESPS-3 Esthetic Straight Abutment with Platform Shifting 3mm 45,05

SATA-1 Straight Anatomic Titanium Abutment 1mm 31,10SATA-2 Straight Anatomic Titanium Abutment 2mm 31,10SATA-3 Straight Anatomic Titanium Abutment 3mm 31,10

SAGA-1 Straight Anatomic Golden Titanium Abutment 1mm 35,50SAGA-2 Straight Anatomic Golden Titanium Abutment 2mm 35,50SAGA-3 Straight Anatomic Golden Titanium Abutment 3mm 35,50

SLTA-5 Slim Titanium Abutment - 5mm Smooth 18,15SLTA-6 Slim Titanium Abutment - 6mm 18,15SLTA-7 Slim Titanium Abutment - 7mm Smooth 18,15SLTA-8 Slim Titanium Abutment - 8mm 18,15SLTA-9 Slim Titanium Abutment - 9mm Smooth 18,15SLTA-10 Slim Titanium Abutment - 10mm 18,15





Needed tools:

Ratchet Hex Driver RHDA-9/15 for Hex 1.29

or


9mm

5mm7mm

10mm

6mm8mm

1mm2mm 3mm

1mm2mm

2mm

3mm

3mm

Platform shifting

48 49

PASA-1 Peek-On Peek Anatomic Straight Abutment - 1 mm 64,10 L= 10.5mm

PASA-2 Peek-On Peek Anatomic Straight Abutment - 2 mm 64,10 L=11.5mm

PASA-3 Peek-On Peek Anatomic Straight Abutment - 3 mm 64,10 L=12.5mm

XSPA-05 Peek-On X-Shape Straight Peek Abutment 0.5mm Shoulder 64,10 L=8.4mm

XSPA-1 Peek-On X-Shape Straight Peek Abutment 1mm Shoulder 64,10 L=9.2mm

ATA-15 Angled Titanium Abutment-15 31,10

ATA-15N Angled Titanium Abutment-15 (Narrow) 31,10

ATA-15L Angled Titanium Abutment-15 (Long) 31,10

ATA-25 Angled Titanium Abutment-25 38,85

ATA-25N Angled Titanium Abutment-25 (Narrow) 38,85

ATA-25L Angled Titanium Abutment-25 (Long) 38,85



ACCESSORIESRestoration Abutments ANGLED

H

L

H

L


Needed tools:


or


15°

25°

50 51

EATA-15-1 Esthetic Angled Titanium Abutment 1mm Shoulder 38,85











Needed tools:


or


15° 25°

52 53

EAPA-15-1 Peek-On Esthetic Angled Peek Abutment 15 Degree 1 mm Shoulder, L= 9.9mm 64,10

EAPA-15-2 Peek-On Esthetic Angled Peek Abutment 15 Degree 2 mm Shoulder, L= 10.9 mm 64,10





XAPA-15-05 Peek-On X-Shape Angled Peek Abutment 15 Degree 0.5mm Shoulder, L= 8.4mm 64,10

XAPA-15-1W Peek-On X-Shape Angled Peek Abutment 15 Degree 1mm Shoulder-Wide, L=9.2mm 64,10

XAPA-25-05 Peek-On X-Shape Angled Peek Abutment 25 Degree 0.5mm Shoulder, L= 8.4mm 64,10

XAPA-25-1W Peek-On X-Shape Angled Peek Abutment 25 Degree 1mm Shoulder- Wide, L= 9.2mm 64,10

ZSTA-8 Zircorit Zirconium Straight Abutment with Metal Base- 8mm 190,90

ZASA-05 Zircorit Zirconium Anatomic Straight Abutment - 0.5mm, L= 10mm 190,90

ZASA-1 Zircorit Zirconium Anatomic Straight Abutment - 1mm, L= 10.5mm 190,90

ZASA-2 Zircorit Zirconium Anatomic Straight Abutment - 2mm, L= 10.9mm 190,90

ZASA-3 Zircorit Zirconium Anatomic Straight Abutment - 3mm, L= 12,5mm 190,90

XSZA-05 Zircorit X-Shape, L= 8.4mm Straight Zirconium Abutment 0.5mm Shoulder 190,90

XSZA-1 Zircorit X-Shape, 9.4mm Straight Zirconium Abutment 1mm Shoulder 190,90


NOTICE:


ACCESSORIESZirconium Abutments

H

L

H

L

H

L

H

L

15°

25°

15°

25°

2mm0.3mm

8.5mm

5.6mm

4.2mm

H

L

H

L

Needed tools:


or


All standard Abut-ments includeTitanium Screw TSA-8.3.

54 55

EAZA-15-05 Zircorit Esthetic Angled Zirconium Abutment 15 Degree, H= 0.5mm Shoulder 190,90 L= 9.4mm

EAZA-15-1 Zircorit Esthetic Angled Zirconium Abutment 15 Degree, H= 1mm Shoulder 190,90 L= 9.9mm



EAZA-25-05 Zircorit Esthetic Angled Zirconium Abutment 25 Degree, H= 0.5 mm Shoulder 190,90 L= 8mm

EAZA-25-1 Zircorit Esthetic Angled Zirconium Abutment 25 Degree, H= 1 mm Shoulder 190,90 L= 8.5mm



XAZA-15-05 Zircorit X-Shape Angled Zirconium Abutment 15 Degree H= 0.5mm Shoulder 190,90 L= 8.4mm

XAZA-15-1W Zircorit X-Shape Angled - Wide - Zirconium Abutment 15 Degree H= 1mm Shoulder 190,90 L= 9.2mm

XAZA-25-05 Zircorit X-Shape Angled Zirconium Abutment 25 Degree H= 0.5mm Shoulder 190,90 L= 8.4mm

XAZA-25-1W Zircorit X-Shape Angled - Wide - Zirconium Abutment 25 Degree H= 1mm Shoulder 190,90 L= 9.2mm




H

L

H

L

H

L

H

L

15°

15°

25°

25°

Needed tools:


or


All standard Abut-ments includeTitanium Screw TSA-8.3.

56 57

BA-1 Ball Attachment 1mm, Golden Tin Coated incl. 1xSCB, 1x BA-SP, MCB Metal Cap 48,85







SCB-B Silicone Cap for Ball Attachment - Black (4 pcs.) 50,35 For Lap use only

SCB-G Silicone Cap for Ball Attachment - Green (4 pcs.) 50,35 Extremely elastic, Retention less 500gr

SCB-Y Silicone Cap for Ball Attachment - Yellow (4 pcs.) 50,35 Very elastic, Retention 500-550gr.

SCB-P Silicone Cap for Ball Attachment - Pink (4 pcs.) 50,35 Elastic, Retention 800-950gr

SCB-T Silicone Cap for Ball Attachment - Transparent (4 pcs.) 50,35 Slightly elastic, Retention 1200-1300gr

BA-SP Separators O-Rings for Ball attachment 1,30

MCB Metal Cap for Ball Attachement 13,50

Ball Attachments are used for the fixation of full overdentures with tissue.

The arch should include at least two or more implants parallel (not more than 10 degrees of divergence). The use of ball attachments stabilizes the cover denture construction to provide firm retentionion.

The silicone caps provide a secure “click effect” to the ball attachment

BA-1 BA-2 BA-3 BA-4 BA-5 BA-6 BA-7

RETENTION / adhesive strength / gripPicture Art. No. Description


high low

ACCESSORIESBall Attachments

ACCESSORIESBall Attachments

1mm 2mm 3mm 4mm 5mm 6mm 7mm

Needed tools:

Ratchet Hex Driver RHDA-/15for Hex 1.29

or

Hand Hex Driver for AbutmentsHHDA-9/15 for Hex 1.29

58 59

LOC-1 LOCATE-IT 1mm KIT (Locators), incl. 129,00 3xSCL (one piece each), LOC-SP, MCL and PC-LOC






SCL-Y Silicone Cap for LOCATE-IT Yellow (4 pcs.) 50,35 EXTRA-SOFT

SCL-P Silicone Cap for LOCATE-IT Pink (4 pcs.) SOFT 50,35

SCL-T Silicone Cap for LOCATE-IT Transparent (4 pcs.) STANDARD 50,35

LOC-SP Separators O-Ring for LOCATE-IT 1,30

PC-LOC Plastic Carrier for LOCATE-IT 9,50

MC-LOC Metal Cap for LOCATE-IT 15,85

LOC-IA Analog for LOCATE-IT 14,75

Locate-its have a low profile and are used for fixation of full overdentures on an edentulous ridge.

The arch should include at least two or more implants that diverge no more than 10 degrees. The use ofLocate-ITs stabilize the over denture

construction and provide a firm reten-tion.

The silicone caps provide the “female” prosthetic connection that secures with a “click effect” to confirm seat-ing.

NOTICE:

Kits include: three different silicone caps, carrier, metal cap and the silicone o-ring.

NOTICE:

Kits include: three different silicone caps, carrier, metal cap and the silicone o-ring.

LOC-1 LOC-2 LOC-3 LOC-4 LOC-5 LOC-6


ACCESSORIESLocators

ACCESSORIESLocators

1mm 2mm 3mm 4mm 5mm 6mm

Needed tools:

Ratchet Hex Driver RHDA-/15for Hex 1.29

or

Hand Hex Driver for AbutmentsHHDA-9/15 for Hex 1.29

and instrument for insertion/remov-ing of silicone caps LOC-INS

60 61

MUL-17-1 IVORY ON 4/ ON 6 MULTI UNIT 17Degree 1mm 149,00






MUL-BA-1 Ball Attachment for IVORY on 4/ on 6 1mm 68,00

MUL-BA-2 Ball Attachment for IVORY on 4/ on 6 2mm 68,00

MUL-LOC-1 LOCATE-IT for IVORY on 4/ on 6 1mm 168,00MUL-LOC-2 LOCATE-IT for IVORY on 4/ on 6 2mm 168,00

MUL-STA-9 Straight Abutment for IVORY on 4/ on 6 39,00

Straight Multi UnitMUL-SCA-1 Straight Connection Abutment for MULTI UNIT-1mm 40,40

MUL-SCA-2 Straight Connection Abutment for MULTI UNIT-2mm 40,40



MUL-SCS Screw for Straight connection Abutment for MULTI UNIT (Included in MUL-PSCA & MUL-TSCA) 24,25

MUL-PSCA Plastic Sleeve for Connection Abutment for MULTI UNIT + Screw MUL-SCS 40,80

MUL-TSCA Titanium Sleeve for Connection Abutment for MULTI UNIT + Screw MUL-SCS 46,75

MUL-OTSCA Open Transfer for connection Abutment for MULTI UNIT + Screw 50,60

MUL-SOT Screw for Open Transfer for MULTI UNIT (Included in MUL-OTSCA) 27,65

MUL-AASCA Analog Abutment for Straight Connection Abutment for MULTI UNIT 24,20

MUL-SCA-1FK Straight Connection Abutment for MULTI UNIT-1mm Full Kit 202,70

MUL-SCA-1BK Straight Connection Abutment for MULTI UNIT-1mm Basic Kit 81,20







FK=Full Kitcontent:MUL-SCA-...mm2x MUL-SCS MUL-PSCAMUL-TSCAMUL-OTSCAMUL-AASCA

incl. Carrier forMUL 17-30

BK=Full Kitcontent:MUL-SCA-...mmMUL-SCS MUL-PSCA


ACCESSORIESIVORY on 4 / on 6 Multi Unit

17° 30°

ACCESSORIESStraight Multi Unit

1mm

1mm

1mm

1mm

1mm2mm

2mm

2mm

2mm3mm

4mm

3mm

62 63

NL-HC-2 Healing Cap L-2mm / D-4.5mm (Narrow Line) 11,50

NL-HC-2N Healing Cap L-2mm / D-3.0mm (Narrow Line) 11,50









NL-BA-1 Ball Attachment & Cap-1 (Kit of 3pcs) (Narrow Line) 28,40 incl. 1xSCB, 1x BA-SP, MCB Metal CapNL-BA-2 Ball Attachment & Cap-2 (Kit of 3pcs) (Narrow Line) 28,40 incl. 1xSCB, 1x BA-SP, MCB Metal CapNL-BA-3 Ball Attachment & Cap-3 (Kit of 3pcs) (Narrow Line) 28,40 incl. 1xSCB, 1x BA-SP, MCB Metal CapNL-BA-4 Ball Attachment & Cap-4 (Kit of 3pcs) (Narrow Line) 28,40 incl. 1xSCB, 1x BA-SP, MCB Metal Cap

NL-LOC-1 LOCATE-IT 1mm KIT (Locators) NL -Narrow Line 129,00






NL-STA-10 Straight Titanium Abutment - 10mm (Narrow Line) 18,15

NL-SLTA-1 Slim Titanium Abutment - 1mm Shoulder (Narrow Line) 18,15



NL-SSTA-1 Straight Titanium Abutment - Shoulder 1mm (Narrow Line) 18,15



NL-ATA-15 Angulated Titanium Abutment 15 Degree - Narrow Line 38,85

NL-PAC-H Plastic Abutment Laboratory with Hex (Narrow Line) 10,05

NL-AZA Adapter for Zirconium Abutment (Narrow Line) 18,15

NL-ACA-05 Anatomic Connection Abutment 0.5mm Shoulder (Narrow Line) 20,00



CAUTION:ALL Narrow Line Abutments include Titanium Screw 8.3 mm NL-TSNA-8.3



ACCESSORIESNarrow Line


1, 2, 3 mm

1, 2, 3 mm

CAUTION:ALL Narrow Line Abutments include Titanium Screw 8.3 mm NL-TSNA-8.3

64 65

NL-OCA-05 Overdenture Connection Abutment 0.5mm Shoulder (Narrow Line) 20,00



NL-CTT-10 Closed Tray Transfer - 10mm (Narrow Line) 16,25

NL-CTT-13 Closed Tray Transfer - 13mm (Narrow Line) 16,25

NL-CTT-13N Closed Tray Transfer - 13mm (Narrow Line) 16,25

NL-OTT Open Tray Transfer (Narrow Line) 16,25

NL-IA-3.0 Implant Analog - 3mm (Narrow Line) 16,25

NL-PUTA-1 Pop Up Transfer Abutment 1mm with PUP-C (Narrow Line) 38,55





NL-TSNA-8.3 Titanium Screw 8.3mm for recovery straight and angulated Narrow Line abutments- NL 7,75

The Cases contains sockets with silicone supports for drills, ratchets and drivers. Spare sockets are provided for extra tools. Ritter’s surgical cases are made from very high quality materials. The base and cover are created from a high polycarbonate material and the inner tray is made from Polysul-fone and nontoxic silicone. The high quality raw materials used in manufacturing Ritter’s cases provide a long useful life* and more sterilization

rounds by autoclave with temperature between 49.8 F up to 275 F (121 C to 134 Cl

*The useful life of the case depends on the care taken. Avoid contact with chemical products. Clean the case in ultrasonic cleaner using enzymatic soap which removes organic substance and use the right disinfectants before autoclaving.



InstrumentsTools and Kits

Starter Kit and Professional Kit

66 67

RIM2 Ritter - Instruments Case Mini 2 - Empty Mini Case RIM2-SE Ritter - Starter Kit Mini 2- External Irrigation Drills RIM2-SI Ritter - Starter Kit Mini 2- Internal Irrigation Drills

Art. No. Description


InstrumentsTool Kits RIM2-SE/SI and content

Content of RIM2-SE/SI - Starter Kit

MDE-1.9 Marking Drill with External Irrigation Ø 1.9mmMDI-1.9 Marking Drill with Internal Irrigation Ø 1.9mm

DE/DI-2.0 Drill with External / Internal Irrigation Ø 2mm/L 16mmDE/DI--2.5 Drill with External / Internal Irrigation Ø 2.5mm/L 16mmDE/DI--2.8 Drill with External / Internal Irrigation Ø 2.8mm/L 16mmDE/DI--3.2 Drill with External / Internal Irrigation Ø 3.2mm/L 16mmDE/DI--3.65 Drill with External / Internal Irrigation Ø 3.65mm/L 16mmDE/DI--4.2 Drill with External / Internal Irrigation Ø 4.2mm/L 16mmDE/DI--5.2 Drill with External / Internal Irrigation Ø 5.2mm/L 16mm

for Hex 1.29

mm51=L

mm9=L

for Hex 2.43

mm51=L

mm9=L

RHDA-9 Ratchet Hex Driver for Abutment 9mm Hex 1.29RHDA-15 Ratchet Hex Driver for Abutment 15mm Hex 1.29RHDI-9 Ratchet Hex Driver for Implant 9mm Hex 2.43RHDI-15 Ratchet Hex Driver for Implant 15mm Hex 2.43

NL-RHDI-9 Ratchet Hex Driver for Narrow Line (NL) Implants 9mm, Hex 2.0


RHDM-S Ratchet Hex Driver for MCI (Short)

MMA-22 Motor Mount Length 22mm for Abutment (for Hex 1.29)


for Hex 2.0

mm51=L

mm9=L

NL-MMI-20 Motor Mount Length 20mm for (NL) Implants (for Hex 2.0)


MMIO-24 Motor Mount for implant for Hex 2.43mm, Length 24mm


DEX/DIX Drill Extender with External or Internal Irrigation

HHDA Hand Hex Driver for Abutment

STA

RTE

R K

IT 2x PPL Parallel Pin Guide - Long 16mm2x PPS Parallel Pin Guide - Short 10mm

RWH Ratchet Wrench Hex for 6.35 mm

68 69

RIC Ritter - Instruments Case - Empty Case RIC-SE Ritter - Starter Case - External Irrigation Drills RIC-SI Ritter - Starter Case - Internal Irrigation Drills

RIB Ritter - Instruments Box - Empty Box RIB-SE Ritter - Starter Box - External Irrigation DrillsRIB-SI Ritter - Starter Box - Internal Irrigation Drills


InstrumentsTool Kits RIC-SE/SI & RIB-SE/SI

Content of RIC-SE/SI & RIB-SE/SI

MDE-1.9 Marking Drill with External IrrigationMDI-1.9 Marking Drill with Internal Irrigation

2x PPL Parallel Pin Guide - Long 16mm2x PPS Parallel Pin Guide - Short 10mm

DE/DI-2.0 Drill with External / Internal IrrigationDE/DI-2.5 Drill with External / Internal IrrigationDE/DI-2.8 Drill with External / Internal IrrigationDE/DI-3.2 Drill with External / Internal IrrigationDE/DI-3.65 Drill with External / Internal IrrigationDE/DI-4.2 Drill with External / Internal IrrigationDE/DI-5.2 Drill with External / Internal Irrigation

TPD Tissue Punch Driver

CRHD Cap for Ratchet Hex Driver


MMA-22 Motor Mount Length 22mm for Abutment (for Hex 1.29)MMA-28 Motor Mount Length 28mm for Abutment (for Hex 1.29)

NL-MMI-20 Motor Mount Length 20mm for (NL) Implants (for Hex 2.0)NL-MMI-28 Motor Mount Length 28mm for (NL) Implants (for Hex 2.0)



TRU-45 Torque Ratchet up to 45 Ncm

IDP-S Implant Deep Probe - Single end






for Hex 1.29

mm51=L

mm9=L

for Hex 2.43

mm51=L

mm9=L

for Hex 2.0

mm51=L

mm9=L

STA

RTE

R K

IT P

LUS

RWH Ratchet Wrench Hex for 6.35 mm

70 71

RIC Ritter - Instruments Case - Empty CaseRIC-PE Ritter - Professional Case - External Irrigation Drills RIC-PI Ritter - Professional Case - Internal Irrigation Drills

RIB Ritter - Instruments Box - Empty BoxRIB-PE Ritter - Professional Box - External Irrigation Drills RIB-PI Ritter - Professional Box - Internal Irrigation Drills


InstrumentsTool Kits RIC-PE/PI & RIB-PE/PI

Content of RIC-PE/PI & RIB-PE/PI

MDE-1.9 Marking Drill with External IrrigationMDI-1.9 Marking Drill with Internal Irrigation

2x PPL Parallel Pin Guide - Long 16mm2x PPS Parallel Pin Guide - Short 10mm

DE/DI-2.0 Drill with External / Internal IrrigationDE/DI-2.5 Drill with External / Internal IrrigationDE/DI-2.8 Drill with External / Internal IrrigationDE/DI-3.2 Drill with External / Internal IrrigationDE/DI-3.65 Drill with External / Internal IrrigationDE/DI-4.2 Drill with External / Internal IrrigationDE/DI-5.2 Drill with External / Internal Irrigation

TPD Tissue Punch Driver

CRHD Cap for Ratchet Hex Driver



MMA-28 Motor Mount Length 28mm for Abutment (for Hex 1.29) NL-MMI-20 Motor Mount Length 20mm for (NL) Implants (for Hex 2.0)




TRU-45 Torque Ratchet up to 45 Ncm

IDP-S Implant Deep Probe - Single end






for Hex 1.29

mm51=L

mm9=L

for Hex 2.43

mm51=L

mm9=L

for Hex 2.0

mm51=L

mm9=L

SDE/SDI-2.0 Drill “Short” Ext. / Intern. IrrigationSDE/SDI-2.5 Drill “Short” Ext. / Intern. IrrigationSDE/SDI-2.8 Drill “Short” Ext. / Intern. IrrigationSDE/SDI-3.2 Drill “Short” Ext. / Intern. IrrigationSDE/SDI-3.65 Drill “Short” Ext. / Intern. IrrigationSDE/SDI-4.2 Drill “Short” Ext. / Intern. IrrigationSDE/SDI--5.2 Drill “Short” Ext. / Intern. Irrigation

CDE/CDI-1.8-2.4 Drill, Ext. / Intern. Irrigation - ConicalCDE/CDI-2.0-3.2 Drill, Ext. / Intern. Irrigation - ConicalCDE/CDI-2.5-3.7 Drill, Ext. / Intern. Irrigation - ConicalCDE/CDI-2.7-4.0 Drill, Ext. / Intern. Irrigation - ConicalCDE/CDI-2.7-4.5 Drill, Ext. / Intern. Irrigation - ConicalCDE/CDI-3.1-5.5 Drill, Ext. / Intern. Irrigation - Conical

CD-3.75-4.2 Countersink Drill D-3.75/4.2mmCD-5.0-6.0 Countersink Drill D-5.0/6.0mm

TB-3.0-4.0 Trephine BurTB-4.0-5.0 Trephine BurTB-5.0-6.0 Trephine Bur

PROFESSIONAL KIT

72 73

NOTICE:

Internal and External Irrigation items have the same look. The only difference is the water supply channel inside the tool.

NOTICE:

Pictures of Narrow Line Abut-ments are only slightly different and can be seen on former pages of this catalog.

DEX Drill Extender with External Irrigation 48,15

DIX Drill Extender with Internal Irrigation 53,80

HDH Handle Driver for Hex 6.35 mm 76,00

HHDA Hand Hex Driver for Abutment 65,00

IDP Implant Deep Probe 70,60

IDP-S Implant Deep Probe - Single end 51,50

MMA-22 Motor Mount Length 22mm for Abutment (for Hex 1.29) 26,90

MMA-28 Motor Mount Length 28mm for Abutment (for Hex 1.29) 26,90

MMI-20 Motor Mount Length 20mm for Implant (for Hex 2.43) 26,90

MMI-28 Motor Mount Length 28mm for Implant (for Hex 2.43) 26,90

MMIO-24 Motor Mount for implant for Hex 2.43mm, Length 24mm 39,60

MMIO-28 Motor Mount for implant for Hex 2.43mm, Length 24mm 39,60

NL-MMI-20 Motor Mount Length 20mm for (NL) Implants (for Hex 2.0) 41,40

NL-MMI-28 Motor Mount Length 28mm for (NL) Implants (for Hex 2.0) 41,40

PPL Parallel Pin Guide - Long 16mm 13,45

PPS Parallel Pin Guide - Short 10mm 13,45


InstrumentsTools

InstrumentsTools

74 75

NOTICE:

Pictures of Narrow Line Abut-ments are only slightly different and can be seen on former pages of this catalog.

RHDA-9 Ratchet Hex Driver for Abutment 9mm 26,20 Hex 1.29

RHDA-15 Ratchet Hex Driver for Abutment 15mm 26,20 Hex 1.29

RHDI-9 Ratchet Hex Driver for Implant 9mm 26,20 Hex 2.43

RHDI-15 Ratchet Hex Driver for Implant 15mm 26,20 Hex 2.43

NL-RHDI-9 Ratchet Hex Driver for Narrow Line (NL) Implants 9mm, Hex 2.0 38,45

NL-RHDI-15 Ratchet Hex Driver for Narrow Line (NL) Implants 15mm, Hex 2.0 38,45

RHD-OD Ratchet Hex Driver for Overdenture 61,70 Hex 1.77

RHDM-S Ratchet Hex Driver for MCI (Short) 61,70

RHDM-L Ratchet Hex Driver for MCI (Long) 61,70


for Hex 1.29

for Hex 2.0

InstrumentsTools

mm51=Lmm51=L

mm9=L

mm9=L

for Hex 2.43

mm51=L

mm9=L

RWH Ratchet Wrench Hex for 6.35 mm 195,00

HRM Hand Ratchet Hex for 6.35 mm 59,15

SDH Screw Driver Hex 2.42 mm 65,90

TPD Tissue Punch Driver 76,00

CRHD Cap for Ratchet Hex Driver 12,60

LOC-INS Locate-It Instrument for silicones inserting and removing 152,00

BA-INS Ball Attachment Instrument for silicones inserting and removing 152,00

TRU-35 Torque Ratchet up to 35 Ncm 523,80TRU-45 Torque Ratchet 10 to 45 Ncm 523,80TRU-60 Torque Ratchet up to 60 Ncm 523,80

SCALE Measurement bar for Ivory 5,30


Ø3

mm

Ø3.3mm

Ø3.75mm

Ø4.2mm

Ø5

mm

Ø6

mm

8mm 10mm 11.5mm 13mm 16mm


6mm 8mm 10mm 11.5mm 13mm 16mm

6mm 8mm 10mm 11.5mm 13mm


10mm 11.5mm 13mm 16mm

Ø3

mm

Ø3.3mm

Ø3.75mm

Ø4.2mm

Ø5

mm

Ø6

mm



6mm 8mm 10mm 11.5mm 13mm 16mm

6mm 8mm 10mm 11.5mm 13mm


10mm 11.5mm 13mm 16mm

76 77

CD-3.75-4.2 Countersink Drill D-3.75/4.2mm 62,50CD-5.0-6.0 Countersink Drill D-5.0/6.0mm 62,50

CDE-1.8-2.4 Drill with External Irrigation - Conical 62,50CDE-2.0-3.2 Drill with External Irrigation - Conical 62,50CDE-2.5-3.7 Drill with External Irrigation - Conical 62,50CDE-2.7-4.0 Drill with External Irrigation - Conical 62,50CDE-2.7-4.5 Drill with External Irrigation - Conical 62,50CDE-3.1-5.5 Drill with External Irrigation - Conical 62,50

CDI-1.8-2.4 Drill with Internal Irrigation - Conical 67,25CDI-2.0-3.2 Drill with Internal Irrigation - Conical 67,25CDI-2.5-3.7 Drill with Internal Irrigation - Conical 67,25CDI-2.7-4.0 Drill with Internal Irrigation - Conical 67,25CDI-2.7-4.5 Drill with Internal Irrigation - Conical 67,25CDI-3.1-5.5 Drill with Internal Irrigation - Conical 67,25

DE-2.0 Drill with External Irrigation 62,50DE-2.5 Drill with External Irrigation 62,50DE-2.8 Drill with External Irrigation 62,50DE-3.2 Drill with External Irrigation 62,50DE-3.65 Drill with External Irrigation 62,50DE-4.2 Drill with External Irrigation 62,50DE-5.2 Drill with External Irrigation 62,50

DI-2.0 Drill with Internal Irrigation 67,25DI-2.5 Drill with Internal Irrigation 67,25DI-2.8 Drill with Internal Irrigation 67,25DI-3.2 Drill with Internal Irrigation 67,25DI-3.65 Drill with Internal Irrigation 67,25DI-4.2 Drill with Internal Irrigation 67,25DI-5.2 Drill with Internal Irrigation 67,25

MDE-1.9 Marking Drill with External Irrigation 37,80MDI-1.9 Marking Drill with Internal Irrigation 37,80

SDE-2.0 Drill “Short” with External Irrigation 62,50SDE-2.5 Drill “Short” with External Irrigation 62,50SDE-2.8 Drill “Short” with External Irrigation 62,50SDE-3.2 Drill “Short” with External Irrigation 62,50SDE-3.65 Drill “Short” with External Irrigation 62,50SDE-4.2 Drill “Short” with External Irrigation 62,50SDE-5.2 Drill “Short” with External Irrigation 62,50

SDI-2.0 Drill “Short” with Internal Irrigation 67,25SDI-2.5 Drill “Short” with Internal Irrigation 67,25SDI-2.8 Drill “Short” with Internal Irrigation 67,25SDI-3.2 Drill “Short” with Internal Irrigation 67,25SDI-3.65 Drill “Short” with Internal Irrigation 67,25SDI-4.2 Drill “Short” with Internal Irrigation 67,25SDI-5.2 Drill “Short” with Internal Irrigation 67,25

TB-3.0-4.0 Trephine Bur 96,30TB-4.0-5.0 Trephine Bur 96,30TB-5.0-6.0 Trephine Bur 96,30

DS-2.0-Kit Drill 2.0 Stopper Kit ( 6 different lengths) 128,70DS-2.5-Kit Drill 2.5 Stopper Kit ( 6 different lengths) 128,70DS-2.8-Kit Drill 2.8 Stopper Kit ( 6 different lengths) 128,70DS-3.2-Kit Drill 3.2 Stopper Kit ( 6 different lengths) 128,70DS-3.65-Kit Drill 3.65 Stopper Kit ( 6 different lengths) 128,70DS-4.2-Kit Drill 4.2 Stopper Kit ( 6 different lengths) 128,70DS-5.2-Kit Drill 5.2 Stopper Kit ( 6 different lengths) 128,70


InstrumentsDrills

InstrumentsDrills,Trephines & Stoppers

NOTICE:


NOTICE:


78 79

Instrumentsfor Sinus lift, surgery andaugmentation

Ritter Implants provides a wide range of dental instruments and equipment. Please ask your responsible Sales Manager for the the catalog of instruments.

HIGH

QUALITY

FINE INSTRUMENTS

N

EW

E D I T I O N

80 81

IvoryOs interactions and bioactivity

Micrographs taken at 45 days afterimplant of Tricalcium Beta-Phosphatewith electron microscopy. Initialcolonisation can be observed with cellnodes (1) that migrate through theimplant leading to the formation of

(non mineralised osteoid tissue)(2).

There are also some areas where osteoidtissue is mineralised to a larger extent(3) and areas where there is alreadynewly formed bone (4). Micrograph Ashows areas of coexistence between nonmineralised reabsorbed material )and structured material (newly formedbone), which implies the directionalimplant absorption.

What is IvoryOs?IvoryOs is a range of bone replacement productsmade of Tricalcium ß-Phosphate in compliancewith international standard ASTM F1088-04.

The IvoryOs product range complies with themaximum requirements of any biomaterial forodontological use.

IvoryOs's structure is similar to that of spongybone trabecules in its interconnected porosity,which allows it to work as osteoconductor support

Bio compatibleBio activeBio absorptableBio remodelableOsteointegrableOsteoconductor

where blood capillaries and osteogenic cells adhereto form bone.

Its bioactivity and composition allows them tointervene in the bone remodelling process withfull oesteointegration and bioreabsorption in sothat it is replaced by the patient's own bone.

Due to its characteristics, properties andcomposition, IvoryOs is an ideal biomaterial forbone regeneration processes.

IvoryOs SEM Micrography Human Cortical Bone SEM Micrography

The technology we apply in ourmanufacturing process allowsus to develop three-dimensionalstructures in our products thatare similar to those in the humanbone.

KeraOs SEM Micrography Human Cortical Bone SEM Micrography

The technology we apply in ourmanufacturing process allowsus to develop three-dimensionalstructures in our products thatare similar to those in the humanbone.

82 83

Surgical StagesQuick start

84 85

5. Vertical bone:retention, resulting in immediate stabilization. Since the amount of bone differs from site to site, in cases where the ini-

tial stabilization is not ensured, a bone augmentation is necessary before inserting the implant. This means an additional

surgical procedure and a longer process. The QSI implants, due to their special design, will achieve enough primary

stability even in cases with very small quantity of bone, therefore bone augmentation is possible at the same time with

the implant insertion. It is important however to keep safety distance from anatomical structures such as the mandibu-

lar canal. In the Mandibular a 10 mm Implant should be at least inserted, in the Maxilla at least 12 mm because of the

weaker density of bone.

4. Bone width1.0 mm of bone around the implant (especially buccaly and lingually) are recommended. The correct data of the ridge

width can be provided by CT scan only. When there is less than 1.0 mm around the implant, bone augmentation is

necessary, especially in the esthetic zone. In some cases, the use of the narrow MCI/NL-QSI implants may make bone

augmentation neccessary, or enable bone augmentation at the same time with the implant

insertion, instead of two separate procedures.

5. Implant selection:The following factors should be considered when selecting an implant: Implant length is determined by measuring the

ridge vertical length on the CT scan. One should keep a safety distance of at least 2 mm from anatomical structures

such as the mandibular canal. Implant diameter depends upon the measurements of the ridge width on the CT scan.

1.5 mm of bone must be kept all around the implant, otherwise bone augmentation will be required.

6. Pre-operative procedure:6.1 For efficient and precise implantation one should study and get familiarized with the Ritter implant system.

6.2 The implant surgery should be made after general dental treatment and initial preparation of the patient.

6.3 Premedication – according to individual indications and literature updates.

2g amoxicillin can be given to nonallergic patients one hour before implant placement prophilactically,

and 500mg TID after treatment for one week.

6.4 Surgical instruments and equipment should be prepared and sterilized before starting the procedure.

6.5 Patient’s body and head should be covered with sterile operating sheets.

6.6 Patient should rinse the mouth with 0.2% chlorhexidine for one minute.

6.7 Local anesthesia is given in related areas, and also during surgery if necessary.







2. Bone Type:



Bone Types






3. Vertical bone quantity:

retention, resulting in immediate stabilization. Since the amount of bone differs from site to site, in cases where the initial stabilization is not ensured, a bone augmenta-tion is necessary before inserting the implant. This means an additional surgical procedure and a longer process. The QSI implants, due to their special design, will achieve enough primary stability even in cases with very small quantity of bone, therefore bone augmentation is possible at the same time with the implant inser-tion. It is important however to keep safety distance from anatomical structures such as the mandibular canal.

4. Horizontal bone quantity:

A 3 mm of bone between two implants, and 1.5 mm of bone around the implant (especially buccaly and lingually) are recommended. The correct data of the ridge width can be provided by CT scan only. When there is less than 1.5 mm around the implant, bone augmentation is necessary, especially in the esthetic zone. In very narrow ridges, the use of the narrow ARRP implants may eliminate the need for bone augmentation, or enable bone augmentation at the same time with the implant insertion, instead of two separate procedures.

5. Implant selection:

The following factors should be considered when selecting an implant:Implant length is determined by measuring the ridge vertical length on the CT scan. One should keep a safety distance of at least 2 mm from anatomical struc-tures such as the mandibular canal.Implant diameter depends upon the measurements of the ridge width on the CT scan. 1.5 mm of bone must be kept all around the implant, otherwise bone augmen-tation will be required.

6. 6 Pre-operative procedure:

6.1 t familiarized with the QSI implant system.6.2 The implant surgery should be made only after periodontal treatment and initial preparation of the patient.6.3 Premedication – according to individual indications and literature updates. 2g amoxicillin can be given to nonallergic patients one hour before implant placement prophilactically, and 500mg TID after treatment for one week.6.4 Surgical instruments and equipment should be prepared and sterilized before starting the procedure.6.5 Patient's body and head should be covered with sterile operating sheets.6.6 Patient should rinse the mouth with 0.2% chlorhexidine for one minute.6.7 Local anesthesia is given in related areas, and also during surgery if necessary.

2

1

PIC


3. Vertical bone quantity:

retention, resulting in immediate stabilization. Since the amount of bone differs from site to site, in cases where the initial stabilization is not ensured, a bone augmenta-tion is necessary before inserting the implant. This means an additional surgical procedure and a longer process. The QSI implants, due to their special design, will achieve enough primary stability even in cases with very small quantity of bone, therefore bone augmentation is possible at the same time with the implant inser-tion. It is important however to keep safety distance from anatomical structures such as the mandibular canal.

4. Horizontal bone quantity:

A 3 mm of bone between two implants, and 1.5 mm of bone around the implant (especially buccaly and lingually) are recommended. The correct data of the ridge width can be provided by CT scan only. When there is less than 1.5 mm around the implant, bone augmentation is necessary, especially in the esthetic zone. In very narrow ridges, the use of the narrow ARRP implants may eliminate the need for bone augmentation, or enable bone augmentation at the same time with the implant insertion, instead of two separate procedures.

5. Implant selection:

The following factors should be considered when selecting an implant:Implant length is determined by measuring the ridge vertical length on the CT scan. One should keep a safety distance of at least 2 mm from anatomical struc-tures such as the mandibular canal.Implant diameter depends upon the measurements of the ridge width on the CT scan. 1.5 mm of bone must be kept all around the implant, otherwise bone augmen-tation will be required.

6. 6 Pre-operative procedure:

6.1 t familiarized with the QSI implant system.6.2 The implant surgery should be made only after periodontal treatment and initial preparation of the patient.6.3 Premedication – according to individual indications and literature updates. 2g amoxicillin can be given to nonallergic patients one hour before implant placement prophilactically, and 500mg TID after treatment for one week.6.4 Surgical instruments and equipment should be prepared and sterilized before starting the procedure.6.5 Patient's body and head should be covered with sterile operating sheets.6.6 Patient should rinse the mouth with 0.2% chlorhexidine for one minute.6.7 Local anesthesia is given in related areas, and also during surgery if necessary.

2

1

PIC

Surgical StagesPatient History, Examination, Planning and Treatment

1. Patient history and informations:• Ask the patient about his expectation of an implant insertion treatment.

Patients always should have a realistic view of the coming process

• find out his medical status, such as Diabetes Millitus, bone diseases, medication and other

informations listed in the instruction manual (mental psychosis, alcohol etc)

• inform the patient about the intended plan of treatment and possible risks

• Patients should sign a consent form, indicating their acceptance of the treatment

2. ExaminationThe pre-operative examination of the patient should include a general health evaluation, intraoral, extraoral

clinical and radiographic examination (Panoramic x-ray / CT scan will be recommended)

The intraoral examination should include in particular dental history, restorative status and occlusion, and soft

and hard tissues. In complex cases CT will give accurate details.

The radiographic Examination is for advanced planning helps evaluate the anatomy, pathology,

quantity and quality of the bone. The implant’s special abilities will eliminate, in most cases, the need for

additional procedure of bone augmentation before placing the implant, even in compromised situations. Since

the implant can be stabilized in a very small bone volume, bone augmentation can be carried in the same

treatment.

3. Planning and treatmentAfter the complete and precise examination an adequat treatment plan has to be figured out. The patient

should be informed very well, especially about the different possibilities of treatment. Especially the bone situa-

tion and the diagnostics of x-ray pictures are important for the treatment plan.

4. Bone situationDense and compact bones are considered as giving good initial stabilization for the implant. Cancellous bone

will give less retention - more bone-to-implant contact will be necessary for reaching high enough initial

stabilization. The sequence of drilling depends on the bone quality. In a softer bone less drills should be used in

order to get better primary stability.

In most cases the softer bone, type IV, will be in the posterior maxilla, and the harder bone, type I, in the

anterior mandible. Implant failures will usually occur in type IV bone, hence the importance of greater primary

stability. The special design of the QSI and TFI implants will provide this primary stability.

86 87

7. Preparation of the implant site:

7.3 If necessary, reshape the alveolar ridge.7.4 Mark the bone using a guide drill of your choice, such as round bur or sharp pointed guide drill, at speed not exceeding 1500 rpm and with ample irrigation.

8. Drilling

Use drills of increasing diameter in sequence. Drills should have depth indication lines which will show the

under ample irrigation with saline solution.

Drill selection

Two types of drills are available, both in sequential diameters and two lengths. The two types are:

• Internal irrigation drills. They are made of surgical titanium and used with internal or external irrigation.

• External irrigation drills. They are made of stainless steel and should be used with external irrigation only.

4 5 6


The length marks refer to the beginning of the parallel walls, not including the triangular shaped cutting edge. In

should remember that the actual osteotomy length is 1 mm longer.

Drilling sequence

The drilling procedure depends on the implant diameter and bone quality. The instructed drilling steps can be used in cases of dense/cortical bone.

• Fewer steps may be necessary for softer bone. Usually 2mm or 2.8mm drills will be enough for all implant sizes.• In cases of very hard cortical bone it may be necessary to use the next size drill for the cortical layer only.• In cases of bone type 3 the last drilling step can be skipped, or even the two last steps in a very soft bone.

The Spiral QSI special design enables insertion of the implant into a prepared site with much lower diameter than usual, so that precious bone tissue is preserved and the special incremental bone condensation feature of the implant will take effect. The use of osteotomes or other bone condensing instruments is not needed due to the high stability and retention reached.

In cases of high resistance to insertion (50 Ncm), for example thick cortical bone layer, additional steps may be necessary, usually just to penetrate the cortex. When there is a strong resistance to the insertion of the implant, turn the implant 2-3 rounds counter clockwise and continue inserting.


Intrernal Irrigation

Extrernal Irrigation

Drills Colors Code

The length marks refer to the beginning of the parallel walls, not including the triangular shaped cutting edge. In

should remember that the actual osteotomy length is 1 mm longer.

Drilling sequence

The drilling procedure depends on the implant diameter and bone quality. The instructed drilling steps can be used in cases of dense/cortical bone.

• Fewer steps may be necessary for softer bone. Usually 2mm or 2.8mm drills will be enough for all implant sizes.• In cases of very hard cortical bone it may be necessary to use the next size drill for the cortical layer only.• In cases of bone type 3 the last drilling step can be skipped, or even the two last steps in a very soft bone.

The Spiral QSI special design enables insertion of the implant into a prepared site with much lower diameter than usual, so that precious bone tissue is preserved and the special incremental bone condensation feature of the implant will take effect. The use of osteotomes or other bone condensing instruments is not needed due to the high stability and retention reached.

In cases of high resistance to insertion (50 Ncm), for example thick cortical bone layer, additional steps may be necessary, usually just to penetrate the cortex. When there is a strong resistance to the insertion of the implant, turn the implant 2-3 rounds counter clockwise and continue inserting.


Intrernal Irrigation

Extrernal Irrigation

Drills Colors Code7. Surgical Steps

7.1 Expose the surgical field by making incisions

7.2 Elevate the mucoperiosteal flaps

7.3 If neccessary, reshape the alveolar ridge

7.4 Mark the implant position using a marking drill with irrigation

7.5 DrillingUse drills of increasing the diameter in sequence step by step. Start with the pilot drill of 2.0 mm.

Drills should have depth indication lines which will show the desired drilling depth.

If cutting efficiency is reduced, replace drills. Drilling should be performed intermittently,

under ample irrigation with saline solution

7.6 Depth and parallelismUse parallel/depth guide (4 and 5) to check angulation, depth and parallelism.

Implant depth probe can also be used (6)

7.7 Drill selection

Two types of drills are available, both in sequential diameters and two lenghts. The two types are:

1. Internal Irrigation drills: They are made of surgical titanium and used with internal or external irrigation.

Friction free insertion on the irrigation tab is due to a teflon ring in the irrigation canal

2. External Irrigation Drills. They are made of stainless steel and should be used with external irrigation only.

All drills are color coded for easy identification and handling!

The length marks refer to the beginning of the parallel walls, not including the triangular shaped cutting

edge. In should remember that the actual osteotomy length is 1 mm longer.

7.8 Drilling sequence after pilot drill

The drilling procedure depends on the implant diameter and bone quality. The instructed drilling steps can

be used in cases of dense/cortical bone.

• Fewer steps may be necessary for softer bone. Usually 2mm (pilot drill) or 2.8mm

drills could be enough for all implant sizes.

• In cases of cortical bone it may be necessary to use the next size drill

for the cortical layer only.

• In cases of bone type 3 the last drilling step can be skipped,

or even the two last steps in a very soft bone.

• the tactile feeling is the most important matter of sucessful drilling

The Spiral QSI special design enables insertion of the implant into a prepared site with much lower diam-

eter than usual, so that precious bone tissue is preserved and the special incremental bone condensation

feature of the implant will take effect. The use of osteotomes or other bone condensing instruments is not

needed due to the high stability and retention reached.

In cases of high resistance to insertion (50 Ncm), for example thick cortical bone layer, additional steps may

be necessary, usually just to penetrate the cortex. When there is a strong resistance to the insertion of the

implant, turn the implant 2-3 rounds counter clockwise and continue inserting.

88 89

Implant placement: Step by Step

The Ritter IVORY-Line System shows two different techniques of implant insertion and 6 steps

l flapless method without flapping the gingival method with gingiva flaps

It is very important to keep the sequence of drilling by each method. Drilling always start with marking drill to mark the drilling point. Always start with drill diameter 2.0. To prevent the bone from overheating we must always start with the smaller diameter drills to the bigger diameter drills.Simply step by step. (See Ritter Training Videos)For example: for a 5.0 implant diameter, which is color coded black, the final drill bit must go with the 4.2 diameter color coded black drill (the final bit must always be of a smaller diameter than the implant diameter, which is between 0.5 mmD to 1.0 mmD).

For the 3.75 diameter (Blue Code) implant we use:1. Marking Drill2. 2.0 mmD drill > white3. 2.8 mmD drill > red4. 3.2 mmD drill > blue

NOTE / TIP

Our lecturers promote the “Bone Dancing Method”, which means to go up and down with the drill during drilling (for a cooling effect and more depth control)Some countries have stopped working with internal irrigation because it’s safer to sterilize the drills. Autoclaves that are NOT class B cannot sterilize hollow drills or hollow instruments because they do not work with vacuum.

Flapless technique

Flap technique

5 Implant Insertion by hand hex and torque ratchet

6a

6b

Delayed function with healing abutment

Immediate loading with straight abutment and tempory crown

1 Flapless method Punching the tissue and marking with marking drill

2 Flapless methodWhite 2 mm Drill

3 Flapless methodRed 2.8 mm Drill

4 Flapless methodRed 3.2 mm Drill

1Flap method Punching the tissue and marking with marking drill

2 Flap methodWhite 2 mm Drill

3 Flap methodRed 2.8 mm Drill

4. Flap methodRed 3.2 mm Drill

The Ritter group remains a German owned and oper-

ated company, with all Ritter products Made in Ger-

many at the modern production facility (dental devices)

located in Zwönitz in Saxony, East Germany.

The implants manufacturing process is situated in the

outer boundaries of the Black Forest, South Germany.

Ask us for a training course or factory visit - make sure

you plan with your Ritter representative 3 month in

advance. Welcome to Germany!

Education and training courses in South Germany are very popular and

in combination with favorite excursions to Stuttgart and Munich they are always fully booked.

Trainings last usually 2 days with a practical and theoretical part.

Ritter Headquarter Zwönitz,

East Germany

Made in Germany

125 years of dental experienceIn 1887, Frank Ritter produced one of the world’s first

treatment chairs for the dental profession.

In the 125 years since, Ritter has produced a long line

of products that has changed the face of dentistry.

1912 Ritter introduced the “control panel” for the

dental instruments, a major advancement and the

beginning of modern technology in dentistry.

In 1917 Ritter introduced the integrated treatment

system; chair with control panel, drill, cuspidor, saliva

ejector, tray table and air/water syringes - all instru-

ments in one unit! This system delivered for the first

time the modern dental system, the core concept

which has not changed even today.The Ritter treatment chair of 1887

Ritter remains one of the leading dental

equipment providers, always striving for

innovation, excellent product quality

and a model line that allows every dentist to

enjoy the benefits of owning a “Ritter”.

Frank Ritter - founder of Ritter Dental

and developer of the Ritter treatment chair

Ritter Implants production,

Black Forest, South Germany

90 91

training

history

Ritter Implants GmbH & Co. KGZeppelinring 57D-88400 BiberachFon +49 7351 /52 925 - 10Fax +49 7351 /52 925 - 11

[email protected]

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