Sub-Octa Abutment System Sub Octa Abutment by Fab Bor

Sub-Octa Abutment System Sub Octa Abutment

Octa Healing Cap

Abutment Diameter

Cuff

Code No.

Ø4.8

1mm 1.5mm 2.5mm 3.5mm 4.5mm 5.5mm

DSOA480 DSOA481 DSOA482 DSOA483 DSOA484 DSOA485

Abutment Diameter

Code No. DIOHC

Ø4.8

Impression Coping

Part

Abutment Diameter

Type

Ø4.8

Pick-Up

Code No. DIOIO DIOIN

Transfer

DIOTI

Pick-Up

Transfer

Ⅳ. Components of Dentis Products ｜

Lab Analog

Abutment Diameter

Code No. DIOLA

Ø4.8

Gold Cylinder

Octa

N-Octa

Abutment Diameter

Type

Code No.

Ø4.8

Octa N-Octa

DIOGCO DIOGCN

Sub-Octa Abutment System Plastic Cylinder

Abutment Diameter

Type

Code No.

Ø4.8

Octa N-Octa

DIOPO DIOPN

Part Octa

N-Octa

Ⅳ. Components of Dentis Products ｜

4) O-Ring Abutment System

O-Ring

O-Ring Retainer

O-Ring Lab Analog

O-Ring Abutment Driver

O-Ring Abutment

Healing Abutment

Cover Screw

Submerged Fixture

1.25 Hex Driver

O-Ring Abutment System O-Ring Abutment

Abutment Diameter

Cuff

Code No.

Ø3.4 Ø4.5 Ø4.5

0.5mm 2mm 4mm

DSORA00 DSORA20 DSORA40

Cuff: 0.5, 2, 4mm

Part

O-Ring Lab Analog

Code No. DOLA

O-Ring Retainer

Code No. DOR

O-Ring

Code No. ORING

Ⅳ. Components of Dentis Products ｜

3. Dentis External Implant System Flow External Fixture

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 cortex as well.

Ă&#x2014; 50

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 (1.5-1.8um) It maximizes osseointegration.

Ă&#x2014; 5,000

External Implant System Products ø2.4

Part ø3.5 0.7㎜

Mini L

Implant Diameter

ø3.5

ø2.8

Platform Diameter

ø3.5

Length

Code

8.0mm

DEFM3508

10.0mm

DEFM3510

12.0mm

DEFM3512

14.0mm

DEFM3514

ø2.7

ø4.1 0.7㎜

Regular Implant Diameter

ø4.1

Platform Diameter

ø4.1

ø3.4

Length

Code

8.0mm

DEFR4108

10.0mm

DEFR4110

12.0mm

DEFR4112

14.0mm

DEFR4114

ø3.4

ø5.1 0.7㎜

Wide L

ø4.4

Implant Diameter

ø5.1

Platform Diameter

ø5.1

Length

Code

8.0mm

DEFW5108

10.0mm

DEFW5110

12.0mm

DEFW5112

14.0mm

DEFW5114

Ⅳ. Components of Dentis Products ｜

Prosthetic Flow Diagrams for External Type Implant 1) Cemented Abutment System

Hex

N-Hex

15째

Cemented Abut.

25째

Hex

Angled Abut.

N-Hex

Gold UCLA

Hex

N-Hex

Plastic UCLA

Lab Analog

Hex

Impression Coping(Pick-up)

Healing Abutment

Cover Screw

Mount

External Fixture

N-Hex

Impression Coping(Transfer)

1.2 Hex Driver

Cemented Abutment System Mount

Platform Diameter

Code No.

Mini

DEFMM

Regular

DEFMR

Wide

DEFMW

Part

Short Mount

Platform Diameter

Code No.

Mini

DEFMSM

Regular

DEFMSR

Wide

DEFMSW

Platform Diameter

Code No.

Mini

DECSM

Regular

DECSR

Wide

DECSW

6.5mm

Cover Screw

Healing Abutment

Platform Diameter

Cuff

Code No.

Mini

2mm 3mm 4mm 5.5mm 7mm

DEHM420 DEHM430 DEHM440 DEHM455 DEHM470

2mm 3mm 4mm 5.5mm 7mm

DEHR520 DEHR530 DEHR540 DEHR555 DEHR570

2mm 3mm 4mm 5.5mm 7mm

DEHR620 DEHR630 DEHR640 DEHR655 DEHR670

2mm 3mm 4mm 5.5mm 7mm

DEHW620 DEHW630 DEHW640 DEHW655 DEHW670

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

Regular

Wide

Ⅳ. Components of Dentis Products ｜

Impression Coping

Platform Diameter Pick-Up

Impression Coping

Code No. Hex N-Hex

DEIM40H DEIM40N

Regular

Hex N-Hex Hex N-Hex

DEIR50H DEIR50N DEIR60H DEIR60N

Wide

Hex N-Hex

DEIW60H DEIW60N

Mini

Pick-Up

Type

Platform Diameter Transfer

Code No. Hex N-Hex

DETIM40H DETIM40N

Regular

Hex N-Hex Hex N-Hex

DETIR50H DETIR50N DETIR60H DETIR60N

Wide

Hex N-Hex

DETIW60H DETIW60N

Mini

Hex

N-Hex

Transfer Lab Analog

Cemented Abutment

Platform Diameter

Hex

Cuff: 1, 2, 3, 4mm N-Hex

Mini

DELAM

Regular

DELAR

Wide

DELAW

Type Cuff Length

Code No. Mini DECAM416H DECAM426H DECAM436H DECAM446H

Regular DECAR516H DECAR616H DECAR526H DECAR626H DECAR536H DECAR636H DECAR546H DECAR646H

Wide DECAW616H DECAW626H DECAW636H DECAW646H

8mm

DECAM418H DECAM428H DECAM438H DECAM448H

DECAR518H DECAR528H DECAR538H DECAR548H

DECAR618H DECAR628H DECAR638H DECAR648H

DECAW618H DECAW628H DECAW638H DECAW648H

N-Hex 1mm 2mm 3mm 4mm

6mm

DECAM416N DECAM426N DECAM436N DECAM446N

DECAR516N DECAR526N DECAR536N DECAR546N

DECAR616N DECAR626N DECAR636N DECAR646N

DECAW616N DECAW626N DECAW636N DECAW646N

1mm 2mm 3mm 4mm

8mm

DECAM418N DECAM428N DECAM438N DECAM448N

DECAR518N DECAR528N DECAR538N DECAR548N

DECAR618N DECAR628N DECAR638N DECAR648N

DECAW618N DECAW628N DECAW638N DECAW648N

Hex L

Code No.

1mm 2mm 3mm 4mm

6mm

1mm 2mm 3mm 4mm

Cemented Abutment System Angled Abutment

Cuff: 2, 4mm 15°

Type

Cuff

Length

15°

2mm 4mm

8mm

25°

2mm 4mm

8mm

Platform Diameter Mini DEAAM4215 DEAAM4415

Regular DEAAR5215 DEAAR6215 DEAAR5415 DEAAR6415

Wide DEAAW6215 DEAAW6415

DEAAM4225 DEAAM4425

DEAAR5225 DEAAR6225 DEAAR5425 DEAAR6425

DEAAW6225 DEAAW6425

Part

25°

Gold UCLA

Type

Platform Diameter

Hex

Mini DEGUMH

Regular DEGURH

Wide DEGUWH

N-Hex

DEGUMN

DEGURN

DEGUWN

Hex

N-Hex

Plastic UCLA

Type

Platform Diameter

Hex

Mini DEPMH

Regular DEPRH

Wide DEPWH

N-Hex

DEPMN

DEPRN

DEPWN

Hex

N-Hex

Ⅳ. Components of Dentis Products ｜

2) Estheticone Abutment System

Hex

N-Hex

Hex

Gold Cylinder

N-Hex

Plastic Cylinder

Lab Analog

Impression Coping(Transfer)

Impression Coping(Pick-up)

Estheticone Driver

Estheticone Abut.

Healing Cap

Cover Screw

Healing Abutment

Mount

External Fixture

1.2 Hex Driver

Estheticone Abutment System Estheticone Abutment

Platform Diameter

Cuff

Code No.

Ø4.1

1mm 2mm 3mm 4mm

DEEA10 DEEA20 DEEA30 DEEA40

Ø5.1

1mm 2mm 3mm 4mm

DEWA10 DEWA20 DEWA30 DEWA40

Cuff:1, 2, 3, 4mm

Healing Cap

Impression Coping

Platform Diameter

Code No.

Ø4.1

DEEHC

Ø5.1

DEWHC

Platform Diameter Ø4.1 Ø5.1

Part

Type Pick-Up

Code No.

Hex N-Hex

DEESIH DEESIN

Hex N-Hex

DEWSIH DEWSIN

Pick-Up

Impression Coping

Platform Diameter

Type

Ø4.1

Transfer

Ø5.1

Code No. DEETI DEWTI

Transfer

Ⅳ. Components of Dentis Products ｜

Lab Analog

Gold Cylinder

Hex

N-Hex

Platform Diameter

Code No.

Ø4.1

DEELA

Ø5.1

DEWLA

Platform Diameter

Type

Code No.

Ø4.1

Hex N-Hex

DEEGCH DEEGCN

Ø5.1

Hex N-Hex

DEWGCH DEWGCN

Estheticone Abutment System Plastic Cylinder

Platform Diameter

Type

Code No.

Ø4.1

Hex N-Hex

DEMPH DEMPN

Ø5.1

Hex N-Hex

DEWPH DEWPN

Part

Hex

N-Hex

Ⅳ. Components of Dentis Products ｜

3) O-Ring Abutment System

O-Ring

O-Ring Retainer

O-Ring Lab Analog

O-Ring Abutment Driver

O-Ring Abutment

Healing Abutment

Cover Screw

Mount

External Fixture

1.2 Hex Driver

O-Ring Abutment System O-Ring Abutment

Cuff:2, 4mm

Abutment Diameter

Cuff

Code No.

Ø4.1

2mm 4mm

DEORRA20 DEORRA40

Ø5.1

2mm 4mm

DEORWA20 DEORWA40

Part

O-Ring Lab Analog

Code No. DOLA

O-Ring Retainer

Code No. DOR

O-Ring

Code No. ORING

Ⅳ. Components of Dentis Products ｜

4. Dentis SAVE Submerged Implant System Flow SAVE Submerged Fixture

“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 Nomount 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 Dentis’superstructure so there is no need for additional SAVE Abutment System. Platform Switching System Further loss of the alveolar bone is not allowed. It reduces alveolar bone loss to the maximum in the Fixture Should region using Platform Switching Process. Micro-thread for Bone Loss Prevention Dentis Implant Micro-thread minimizes bone loss, breaking due to internal stress and appropriate stimulus of the cortical bone together with stable initial fixation. Optimum RBM Surface Treatment Roughness measurement of the surface is Ra: 1.5-1.8um. This measurement is the most ideal value for osseointegration.

× 5,000

Safe Cutting Edge / Taper 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.

SAVE Submerged Implant System Products

Part

ø5.5 SAVE Submerged Fixture Size ø5.5 0.4㎜

ø5.5 0.4㎜

7.0㎜

8.0㎜

ø4.8

ø5.5

0.4㎜

10.0㎜

12.0㎜

ø4.8 ø4.8 ø4.8

Code Length

DSFS5507 7mm

Code Length

DSFS5508 8mm

Code Length

DSFS5510 10mm

Code Length

DSFS5512 12mm

ø6.0 SAVE Submerged Fixture Size ø6.0 0.4㎜

0.4㎜

7.0㎜

8.0㎜

ø5.3

ø6.0

0.4㎜

10.0㎜

12.0㎜

ø5.3 ø5.3 ø5.3

Code Length

DSFS6007 7mm

Code Length

DSFS6008 8mm

Code Length

DSFS6010 10mm

Code Length

DSFS6012 12mm

Ⅳ. Components of Dentis Products ｜

5. Dentis SAVE Internal Implant System Flow SAVE Internal Fixture

Micro-thread for Bone Loss Prevention Dentis Implant Micro-thread minimizes bone loss, breaking due to internal stress and appropriate stimulus of the cortical bone together with stable initial fixation.

Optimum RBM Surface Treatment Roughness measurement of the surface is Ra: 1.5~1.8um. This measurement is the most ideal value for osseointegration.

× 50

× 5,000

SAVE Internal Implant System Products

Part

ø5.5 SAVE Internal Fixture Size ø6.0 0.65㎜

ø6.0 0.65㎜

2.0㎜

7.0㎜

8.0㎜

ø6.0

ø6.0 0.65㎜

0.65㎜

2.0㎜

10.0㎜

12.0㎜

ø4.8 ø4.8

ø5.5

ø4.8

ø5.5

ø4.8 ø5.5

ø5.5

Code Length

DIFS5507 7mm

Code Length

DIFS5508 8mm

Code Length

DIFS5510 10mm

Code Length

DIFS5512 12mm

ø6.0 SAVE Internal Fixture Size ø6.0

ø6.0

0.65㎜ 2.0㎜

7.0㎜

8.0㎜

ø6.0

0.65㎜ 2.0㎜

10.0㎜

12.0㎜

ø5.3 ø5.3 ø5.3 ø5.3

Code Length

DIFS6007 7mm

Code Length

DIFS6008 8mm

Code Length

DIFS6010 10mm

Code Length

DIFS6012 12mm

Ⅳ. Components of Dentis Products ｜

Cover Screw

Platform Diameter

Cuff

Code No.

Ø6.0(SAVE only)

2mm

DISCS60

Platform Diameter

Cuff

Code No.

Ø6.0(SAVE only)

3mm 4mm 5.5mm

Platform Diameter

Type

Ø6.0(SAVE only)

Pick-Up

2mm

Healing Abutment

DIHS30 DIHS40 DIHS55

Cuff:3, 4, 5.5mm

Impression Coping

Pick-Up

Code No. DIPIS60

InOcta Abutment System Lab Analog

Platform Diameter

Code No.

Ø6.0(SAVE only)

DILAS

Part

InOcta Abutment

Platform Diameter

Type

Cuff

Code No.

Ø6.0(SAVE only)

Octa

1mm 2mm 3mm 4mm

DICOS10 DICOS20 DICOS30 DICOS40

N-Octa

1mm 2mm 3mm 4mm

DICOS10N DICOS20N DICOS30N DICOS40N

6mm

Octa

Cuff:1, 2, 3, 4mm N-Octa

Ⅳ. Components of Dentis Products ｜

Dentis Surgical Kit Part

â&#x2026;¤

1. Characteristics of Surgical Tool 2. Combined KIT 3. SAVE KIT 4. PRO KIT

Ⅴ. Dentis Surgical Kit 1. Characteristics of Surgical Tool 1) DENTIS Multi Surgical Kit

SAVE KIT

Combined KIT

PRO KIT

2) Stopper drill

ø2.2 12mm Twist Drill

ø2.8 12mm Twist Drill

ø3.5 12mm Twist Drill

ø3.7 12mm Twist Drill

ø4.1 12mm Twist Drill

ø4.3 12mm Twist Drill

ø4.8 12mm Twist Drill

ø5.1 12mm Twist Drill

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. TAPER 3-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.

3) Multi stopper drill - Stopper Basically 2mm Rotary Stopper is fitted. Attaching and detaching is smooth and easy. When stopper makes contact with the bone, it stops rotating, hence does not damage the bone. 2㎜

3㎜

4㎜

-Drill short

Long

ø5.5-S Drill

8㎜ 7㎜ 6㎜

2㎜ stopper

3㎜ stopper

8㎜ 7㎜ 6㎜

7㎜

4㎜ stopper

6㎜

ø5.5-L Drill

12㎜ 10㎜

2㎜ stopper

4㎜ stopper

12㎜ 10㎜

Basically Rotating Stopper is fitted. Short drill is 10mm and Long drill is 14mm. If a 4-mm stopper is fitted, the short drill can be adjusted to 8mm and the long drill to 12mm. It is convenient and possible to use without the stopper depending on the shape of the bone during surgery.

10㎜

4) Excellent Enhancement of W/C Coating Treatment Tungsten Carbide Coating is 4 times stronger and easier to drill than other drills and Part

minimizes bone heating during drilling.

5‘C ) onvenient’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‘C ) onvenient’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 surrounding 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.

Ⅴ. Dentis Surgical Kit ｜

Combined KIT Internal / Submerged Kit External Kit

Internal/Submerged Fixture Dentis Internal Fixture Surgical Drilling Sequence Insertion Method Depending on the Bone Condition (Drilling Sequence) Part Ø3.7 Fixture Criterion D4 Bone

point drill →2.2drill →2.8drill →3.7 Fixture

D2-3 Bone

point drill →2.2drill →2.8drill →3.7 Fixture drill →Ø3.7 Fixture

D1 Bone

point drill →2.2drill →2.8drill →3.7 Fixture drill →3.7 Tap drill →Ø3.7 Fixture

Ø4.3 Fixture Criterion D4 Bone

point drill →2.2drill →2.8drill →3.7 Fixture drill→Ø4.3 Fixture

D2-3 Bone

point drill →2.2drill →2.8drill →3.7 Fixture drill→4.3 Fixture drill →Ø4.3 Fixture

D1 Bone

point drill →2.2drill →2.8drill →3.7 Fixture drill→4.3 Fixture drill →4.3 Tap drill →Ø4.3 Fixture

Ø4.8 Fixture Criterion D4 Bone

point drill →2.2drill →2.8drill →3.7 Fixture drill→4.3 Fixture drill →Ø4.8 Fixture

D2-3 Bone

point drill →2.2drill →2.8drill →3.7 Fixture drill→4.3 Fixture drill →4.8 Fixture drill →Ø4.8 Fixture

D1 Bone

point drill →2.2drill →2.8drill →3.7 Fixture drill→4.3 Fixture drill →4.8 Fixture drill →4.8 Tap drill →Ø4.8 Fixture

External Fixture Dentis Internal Fixture Surgical Drilling Sequence Insertion Method Depending on the Bone Condition (Drilling Sequence) Ø3.5 Fixture Criterion D4 Bone

point drill →2.2drill →2.8drill →Ø3.5 Fixture

D2-3 Bone

point drill →2.2drill →2.8drill →3.5 Fixture drill →Ø3.5 Fixture

D1 Bone

point drill →2.2drill →2.8drill →3.5 Fixture drill →3.5 Tap drill →Ø3.5 Fixture

Ø4.1 Fixture Criterion D4 Bone

point drill →2.2drill →2.8drill →3.5 Fixture drill →Ø4.1 Fixture

D2-3 Bone

point drill →2.2drill →2.8drill →3.5 Fixture drill →4.1 Fixture drill →Ø4.1 Fixture

D1 Bone

point drill →2.2drill →2.8drill →3.5 Fixture drill →4.1 Fixture drill →4.1 Tap drill →Ø4.1 Fixture

Ø5.1 Fixture Criterion D4 Bone

point drill →2.2drill →2.8drill →3.5 Fixture drill →4.1 Fixture drill →Ø5.1 Fixture

D2-3 Bone

point drill →2.2drill →2.8drill →3.5 Fixture drill →4.1 Fixture drill →5.1 Fixture drill →Ø5.1 Fixture

D1 Bone

point drill →2.2drill →2.8drill →3.5 Fixture drill →4.1 Fixture drill →5.1 Fixture drill →5.1 Tap drill →Ø5.1 Fixture

Ⅴ. Dentis Surgical Kit ｜

KIT 5.5, 6.0 Fixture [Exclusive use] Surgical Kit Internal / Submerged [Multiple Use] Stopper Drill

Drill Basically Rotating Stopper is fitted. Short drill is 8 mm and Long drill is 12mm. If a 4-mm stopper is fitted, the short drill can be adjusted to 6mm and the long drill to 10mm. It is convenient and possible to use without the stopper depending on the shape of the bone during surgery. Stopper Basically 2mm Rotary Stopper is fitted. Attaching and detaching is smooth and easy. When stopper makes contact with the bone, it stops rotating, hence reduce damage to the aveolar bone. No-Mount Driver No-mount Driver can immediately ensure a path during surgery and reduces operation time and attains accurate operation with no effects by the surrounding teeth.

Part

The Function of Path Guide during Insertion of Many Fixtures Diagnosis 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 Internal Fixture and Internal Submerged Fixture. It is easy to distinguish inside of the mouth or during operation due to color coding surface treatment according to the shape and type. It is made of titanium like the surgical superstructure which is not made of plastic. It can also be used in all kind of dental autoclave just as other operating tools.

â&#x2026;¤. Dentis Surgical Kit ď˝&#x153;

Surgical Kit and Tool Part

â&#x2026;Ľ

1. Drilling Sequences : Internal and Submerged Type 2. Drilling Sequences : External Type

â&#x2026;Ľ. Surgical Kit and Tool 1. Drilling Sequences : Internal and Submerged Type

Part

Ⅵ. Surgical Kit and Tool ｜

2. Drilling Sequences : External Type

Part

Ⅵ. Surgical Kit and Tool ｜

Part

Ⅵ. Surgical Kit and Tool ｜

Abutment Prosthetic Protocol Part

â&#x2026;Ś

1. Abutment System Selection Guide 2. Impression Taking : Internal Type 3. Impression Taking : Submerged Type 4. Impression Taking : External Type

Ⅶ. Abutment Prosthetic Protocol 1. Abutment System Selection Guide ● Fixture

● Abutment

● Gold Cylinder

Solid 4mm

Healing Abutment

5.5mm

7mm

4mm

Solid Abutment

5.5mm

7mm

Excellent Solid Abutment

InOcta Cover Screw Free Abutment

InOcta Abut.

Angled Abutment (15°. 25°)

SynOcta Abut.

Octa

N-Octa

Gold Cylinder Octa

N-Octa

Gold UCLA

Octa Octa Abutment

Internal Fixture

Sole 4.5mm Healing Abutment

5.5mm Sole Abutment

6.5mm

Couple Cover Screw Free Abutment

Couple Abutment

Angled Abutment (15°. 25°)

Gold UCLA

Hex

N-Hex

Sub-Octa Submerged Fixture

Healing Cover Screw Abutment

Sub-Octa Abutment

Gold Cylinder Octa

N-Octa

Hex

N-Hex

Cemented Cemented Abutment

Angled Abutment (15°. 25°)

Gold UCLA

Mount

Estheticone

External Fixture

100

Estheticone Abutment

Gold Cylinder Hex

N-Hex

● Plastic Cylinde / Coping

● Impression Coping / Cap

● Lab Analog

● O-ring

Part O-Ring

Plastic Coping

Single

Bridge

Impression Cap Pick-Up

Positioning Cylinder

Shoulder Analog & Pin

Lab Analog

Retainer

Impression Coping Transfer

Octa

Lab Analog Pick-Up

Lab Analog

Impression Coping Transfer

N-Octa

Plastic Cylinder

Octa

N-Octa

Lab Analog

Abutment

O-Ring

Plastic Coping Single

Impression Cap

Bridge Pick-Up

Lab Analog

Retainer

Impression Coping Transfer

Hex

N-Hex

Pick-Up

Hex

N-Hex

Lab Analog

Impression Coping Transfer

N-Hex

Plastic Cylinder

Octa

Lab Analog

N-Octa Pick-Up

Abutment

Impression Coping Transfer

O-Ring

Plastic UCLA

Hex

N-Hex

Hex

N-Hex

Hex

Pick-Up

Plastic Cylinder

Hex

N-Hex

Lab Analog

Retainer

Impression Coping Transfer

Lab Analog

Abutment

Lab Analog

Ⅶ. Abutment Prosthetic Protocol ｜ 101

2. Impression Taking : Internal Type

Solid Abutment (indirect impression method) - Solid (indirect impression method)Abutment level impression method of Int. - Type is applicable for every case of Cemented type prosthesis as Single unit and Multi unit.

1. Removing a Cover Screw from the fixture.

6.Removing the tray (pattern).

11. Equipping a plastic coping (or Plastic coping work).

102

2.Combining a Solid abutment with fixture.

7.Equipping a Lab analog.

12. Cutting the coping for a moderate height.

3.Combining an impression cap.

8.Building the soft gingiva.

13. Wax-up.

4.Equipping a positioning cylinder.

9.Pouring stone in the pattern.

14. Final process for the Crown (or Bridge).

5.Capping the tray for impression taking.

10. Removing the pattern from the stone, and then making the complete working model.

15. Combining the Crown (or Bridge) for the complete implant system.

Solid Abutment (Direct impression method) - Abutment level impression method of Int. - Type is applicable for every case of Cemented type prosthesis as Single unit and Multi unit.

Part

1. Removing a Cover Screw from the fixture.

5. Pouring stone in the pattern.

2.Combining a Solid with implanted fixture directly.

6. Removing the pattern from the stone, and then making the complete working model.

7. Wax-up.

3.Capping the tray for direct impression.

8. Final process for the Crown (or Bridge).

4.Removing the tray (pattern).

9. Combining the Crown (or Bridge) for the complete implant system.

Excellent solid Abutment (Direct impression method) - Excellent solid required for expanding the size of abutment and crown around pre-molar and molar area's prosthesis in order to take stabilization of prosthesis.

1. Removing a Cover Screw from the fixture.

5.Pouring stone in the pattern.

2. Combining the Excellent Solid with implanted fixture directly.

6.Removing the pattern from the stone, and then making the complete working model.

7.Wax-up.

3. Capping the tray for direct impression.

8.Final process for the Crown (or Bridge).

4.Removing the tray (pattern).

9.Combining the Crown (or Bridge) for the complete implant system.

â&#x2026;Ś. Abutment Prosthetic Protocol ď˝&#x153; 103

Free Abutment - Free abutment may used as a standard abutment or an angled abutment through the milling work and adjustment of cuff height.

9.Removing the pattern from the stone, and then making the complete working model.

11. Wax-up.

13.Combining the Crown (or Bridge) for the complete implant system. 1. Removing a Cover Screw from the fixture.

10.Milling.

12. Final process for the Crown (or Bridge).

Pick up (Open Tray)

2.Equipping a Free Abutment and Guide pin.

3.Capping the open tray for making a pattern.

4.Removing the Guide pin.

5.Removing the tray (pattern).

6.Equipping the Guide pin on the same position of tray (pattern).

7.Equipping Lab analog and then building a soft gingiva.

8.Pouring stone in the pattern.

Transfer (Close Tray)

2.Equipping a Free Abutment.

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3.Capping the tray for making a pattern.

4.Removing the tray (pattern).

5.Combining Lab analog with Free Abutment.

6.Equipping the combined Lab analog with Free Abutment in the pattern.

7.Building a soft gingiva.

8.Pouring stone in the pattern.

InOcta Abutment - The impression work for InOcta Abutment would be done in the fixture stage and it's applicable for both - Single unit case and Multi unit case. All the prosthetic working would be processed in the Lab. - Thus, it brings reduction of the chair time. It's cemented type and it's also available for SCRP type prosthetics.

Part

9. Removing the pattern from 10. Equipping Abutment the stone, and then making on the working model. the complete working model.

13. Combining the Crown (or Bridge) for the complete implant system.

1. Removing a Cover Screw from the fixture.

11. Wax-up.

12. Final process for the Crown (or Bridge).

Pick up (Open Tray)

2.Equipping Pick-up 3.Capping the type impression open tray for coping. making a pattern.

4.Removing the Guide pin.

5.Removing the tray (pattern).

6.Equipping the Guide pin on the same position of tray (pattern).

7. Equipping Lab analog and then building a soft gingiva.

6. Equipping Lab analog and then building a soft gingiva.

7. Pouring stone in the pattern.

8.Pouring stone in the pattern.

Transfer (Close Tray)

2. Equipping Transfer type impression coping.

3. Capping the tray for making a pattern.

4. Removing the tray (pattern).

5. Combining Lab analog with Transfer.

8. Removing the pattern from the stone, and then removing Transfer.

â&#x2026;Ś. Abutment Prosthetic Protocol ď˝&#x153; 105

Angled Abutment - Angled Abutment demanded for the case of bad insertion path to reward the angle, and Dentis provides, inclined Angled Abutment.

9.Combining Abutment on the working model.

10. Wax-up.

12. Combining the Crown (or Bridge) for the complete implant system. 1. Removing cover screw from the fixture.

11. Final process for the Crown (or Bridge).

Pick up (Open Tray)

2.Equipping Pick-up type Impression coping.

3.Capping the open tray for making a pattern.

4.Removing the guide pin.

5.Removing the tray (pattern).

6.Equipping the Guide pin on the same position of tray (pattern).

7.Equipping Lab analog and then building a soft gingiva.

8.Pouring stone in the pattern.

Transfer (Close Tray)

2. Equipping Transfer type Impression coping.

106

3. Capping the tray for making a pattern.

4. Removing the tray (pattern).

5. Combining Lab analog with Transfer.

6. Equipping Lab analog and then building a soft gingiva.

7. Pouring stone in the pattern.

8. Removing the pattern from the stone, and then removing Transfer.

SynOcta Abutment - The impression work for SynOcta Abutment would be done in the fixture stage and it's applicable for both Single unit case and Multi unit case. All the prosthetic working would be processed in the Lab. - Thus, it brings reduction of the chair time. It's cemented type and it's also available for SCRP type prosthetics.

Part

9. Removing the pattern from the stone, and then making the complete working model.

10. Equipping Abutment on the working model.

13. Combining the Crown (or Bridge) for the complete implant system. 1. Removing cover screw from the fixture.

11. Wax-up.

12. Final process for the Crown (or Bridge).

Pick up (Open Tray)

2. Equipping Pick-up type Impression coping.

3. Capping the open tray for making a pattern.

4. Removing the guide pin.

5. Removing the tray (pattern).

6. Equipping the Guide pin on the same position of tray (pattern).

7. Equipping Lab analog and then building a soft gingiva.

8. Pouring stone in the pattern.

7. Pouring stone in the pattern.

8. Removing the pattern from the stone, and then removing Transfer.

Transfer (Close Tray)

2. Equipping Transfer type Impression coping.

3. Capping the tray for making a pattern.

4. Removing the tray (pattern).

5. Combining Lab analog with Transfer.

6. Equipping Lab analog and then building a soft gingiva.

â&#x2026;Ś. Abutment Prosthetic Protocol ď˝&#x153; 107

Gold UCLA Abutment - Gold UCLA Abutment is applicable for a very low occlusion case which requires esthetics and for a screw type prosthetics.

9. Removing the pattern from the stone, and then making the complete working model.

10. Equipping Gold UCLA on the working model. 13. Combining the Crown (or Bridge) for the complete implant system.

1. Removing cover screw from the fixture.

11. Wax-up.

12. Final process for the Crown (or Bridge).

Pick up (Open Tray)

2. Equipping Pick-up type Impression coping.

3. Capping the open tray for making a pattern.

4. Removing the guide pin.

5. Removing the tray (pattern).

6. Equipping the Guide pin on the same position of tray (pattern).

7. Equipping Lab analog and then building a soft gingiva.

8. Pouring stone in the pattern.

Transfer (Close Tray)

2. Equipping Transfer type Impression coping.

108

3. Capping the tray for making a pattern.

4. Removing the 5. Combining 6. Equipping Lab tray (pattern). Lab analog analog and then with Transfer. building a soft gingiva.

7. Pouring stone in the pattern.

8. Removing the pattern from the stone, and then removing Transfer.

Octa Abutment - It's demanded to be used in Multi case of screw type with bad implant path.

Part

10. Removing the pattern from the stone, and then making the complete working model.

1. Removing cover screw from the fixture.

11. Equipping Gold Cylinder.

14. Combining the Crown (or Bridge) for the complete implant system. 12. Wax-up.

2.Equipping Octa Abutment.

13. Final process for the Crown (or Bridge).

Pick up (Open Tray)

3.Equipping Pick-up type Impression coping.

4.Capping the tray for making a pattern.

5.Removing the guide pin.

6.Removing the tray (pattern).

7. Equipping the Guide pin on the same position of tray (pattern).

8.Equipping Lab analog and then building a soft gingiva.

9.Pouring stone in the pattern.

Transfer (Close Tray)

3. Equipping Transfer type Impression coping.

4. Capping the tray for making a pattern.

5. Removing the tray (pattern).

6. Combining Lab analog with Transfer.

7. Equipping Lab analog and then building a soft gingiva.

8. Pouring 9. Removing the stone in the pattern from the pattern. stone, and then removing Transfer.

â&#x2026;Ś. Abutment Prosthetic Protocol ď˝&#x153; 109

O-ring Abutment - O-ring Abutment is attachment-retained type prosthesis for the full denture case; the O-ring connected with prosthesis as the connector.

6.Pouring stone in the pattern.

1. Removing cover screw from the fixture.

7.Removing the pattern from the stone, and then making the complete working model.

2.Equipping Ball Abutment.

8.Equipping retainer on the balls.

3.Capping the tray for making a pattern. 9.Denture work.

4.Removing the tray (pattern).

10. Combining the Denture for the complete implant system. 5.Equipping Lab Analog in the position.

110

3. Impression Taking : Submerged Type

Part

Sole Abutment - Abutment level impression method of Sub - Type is applicable for every case of Cemented type prosthesis as Single unit and Multi unit.

1. Removing Healing Abutment.

5.Removing the tray (pattern).

6.Equipping Lab Analog in the position.

10. Plastic coping work.

11. Cutting the coping for a moderate height.

2.Equipping Sole Abutment.

3.Equipping Impression cap.

7.Building a soft gingiva.

12. Wax-up.

4.Capping the tray for making a pattern.

8.Pouring stone in the pattern.

13. Final process for the Crown (or Bridge).

9.Removing the pattern from the stone, and then making the complete working model.

14. Combining the Crown (or Bridge) for the complete implant system.

â&#x2026;Ś. Abutment Prosthetic Protocol ď˝&#x153; 111

Free Abutment - Free abutment may used as a standard abutment or an angled abutment through the milling work and adjustment of cuff height.

9.Removing the pattern from the 10. Milling. stone, and then making the complete working model.

13. Combining the Crown (or Bridge) for the complete implant system. 1. Removing Healing Abutment.

11. Wax-up.

12. Final process for the Crown (or Bridge).

Pick up (Open Tray)

2.Equipping a Free Abutment and Guide pin.

3.Capping the open tray for making a pattern.

4.Removing the Guide pin.

5.Removing the tray (pattern).

6.Equipping the 7. Equipping Lab Guide pin on the analog and then same position of building a soft tray (pattern). gingiva.

8.Pouring stone in the pattern.

6.Equipping the 7.Building a combined Lab analog soft gingiva. with Free Abutment in the pattern.

8.Pouring stone in the pattern.

Transfer (Close Tray)

2.Equipping a Free Abutment.

112

3.Capping the tray for making a pattern.

4.Removing the tray (pattern).

5.Combining Lab analog with Free Abutment.

Couple Abutment - The impression work for Couple Abutment would be done in the fixture stage and it's applicable for both Single unit case and Multi unit case. All the prosthetic working would be processed in the Lab. Thus, it brings reduction of the chair time. It's cemented type and it's also available for SCRP type prosthetics.

Part

9. Removing the pattern from the stone, and then making the complete working model.

10. Equipping Abutment on the working model.

13. Combining the Crown (or Bridge) for the complete implant system. 1. Removing Healing Abutment. 11. Wax-up.

12. Final process for the Crown (or Bridge).

Pick up (Open Tray)

2. Equipping Pick-up type Impression coping.

3. Capping the open tray for making a pattern.

4. Removing the guide pin.

5. Removing the tray (pattern).

6. Equipping the Guide pin on the same position of tray (pattern).

7. Equipping Lab analog and then building a soft gingiva.

5. Combining Lab analog with Transfer.

6. Equipping Lab analog and then building a soft gingiva.

7. Pouring stone in the pattern.

8. Pouring stone in the pattern.

Transfer (Close Tray)

2. Equipping Transfer type Impression coping.

3. Capping the tray for making a pattern.

4. Removing the tray (pattern).

8. Removing the pattern from the stone, and then removing Transfer.

â&#x2026;Ś. Abutment Prosthetic Protocol ď˝&#x153; 113

Gold UCLA Abutment - Gold UCLA Abutment is applicable for a very low occlusion case which requires esthetics and for a screw type prosthetics.

9. Removing the pattern from the stone, and then making the complete working model.

10. Equipping Gold UCLA on the working model.

13. Combining the Crown (or Bridge) for the complete implant system. 1. Removing Healing Abutment.

11. Wax-up.

12. Final process for the Crown (or Bridge).

Pick up (Open Tray)

2. Equipping Pick-up type Impression coping.

3. Capping the open tray for making a pattern.

4. Removing the guide pin.

5. Removing the tray (pattern).

6. Equipping the 7. Equipping Lab Guide pin on the analog in the same position of pattern and then tray (pattern). building a soft gingiva.

5. Combining Lab analog with Transfer.

6. Equipping Lab analog and then building a soft gingiva.

8. Pouring stone in the pattern.

Transfer (Close Tray)

2. Equipping 3. Capping the tray for Transfer type making a pattern. Impression coping.

114

4. Removing the tray (pattern).

7. Pouring stone in the pattern.

8. Removing the pattern from the stone, and then removing Transfer.