We, at DENTIS, strive to build a “Safe & Clean Implant�image to our dental professionals and patients. We aim to manufacture the safest & cleanest implant products in the world.
Cleanlant System
CONTENTS
Ⅰ. Cleanlant System Selection 1. Fixture System 2. Abutment System
06
II. Features of Cleanlant 1. Surface Treatment 2. Cleaning System 3. Features of Implant
12
III. Uses of Cleanlant Abutment System 1. Uses of i-Clean Abutment 2. Uses of s-Clean Abutment 3. Uses of e-Clean Abutment
24
IV. Cleanlant System Flow _ i-Clean System(Tapered & Straight) & SAVE _ s-Clean System(Tapered & Straight) & SAVE _ e-Clean System(Tapered) _ I-Fix System
30
Ⅴ. Cleanlant Surgical KIT _ Features of Surgical Kit _ Combined KIT _ Straight KIT _ SAVE KIT _ I-Fix KIT _ PROKIT _ Surgical Tools _ SAVE Surgical Tools _ I-Fix Surgical Tools
88
08 10
14 15 18
26 28 29
32 52 72 84
90 92 94 96 97 98 99 104 105
A crystal of engineering skills with a soul Cleanlant
I
Cleanlant System Selection
08 | 09
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
10 | 11
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
“Safe�- Cleanlant A Gift of the Top Engineering Skills Comfortable and strong natural looking teeth manufactured with pinpoint precision and accuracy without room for the slightest gap. Cleanlant System has improved through innovation to overcome many obstacles existing in other products during surgery such as ensuring the range of vision and the distance between the upper and lower teeth.
II
Features of Cleanlant System
1. Surface Treatment 1.Surface Treatment Using RBM Treatment, the surface of the implant is blasted using CaP powder to increase cohesion of osseo tissue, followed by thorough cleaning of the surface. The roughness is 1.5±0.2um and the surface magnification power is about 192% after surface treatment.
Dimensional Interactive Display
Surface Stats
Ra : 1.70um Rq : 2.13um Rt : 17.23um
Measurement Info
Magnification : 19.86 Measurement Mode : VSI Sampling : 498.41nm Array Size : 640×480
Surface Stats
Ra : 1.67um Rq : 2.08um Rt : 16.86um
Surface Stats
Magnification : 19.86 Measurement Mode : VSI Sampling : 498.41nm Array Size : 640×480
2. Condition of Surface
× 50
× 250
× 500
× 5,000
× 2,000
× 1,200
2. Cleaning System
Cutting Oil Removal
Acid Cleaning
Removal of Cutting Oil Stuck to the Product from the CNC Manufacturing Process
Protein Removal
Product Inspection
Neutral Detergent Cleaning 1
Inspection of Washed Product After the Neutral Detergent Cleaning
Cleaning Two Times Using Neutral Detergent
Cleaning using Neutral Detergent 2
Cleaning Using Distilled Water
Cleaning Three Times Using Neutral Detergent
Cleaning Three Times using Distilled Water
Final Inspection
Drying
The Result of the EDS Analysis of the Elements
Drying of Product after Cleaning
14 | 15
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
3. Analysis of the Elements on the Surface
Element
Wt%
At%
NK Tik Matrix
03.92 96.08 Correction
12.25 87.75 ZAF
Element
Wt%
At%
NK OK PK CaK TiK Matrix
01.31 05.78 02.88 01.31 88.71 Correction
03.83 14.86 03.83 01.35 76.13 ZAF
Because of the exposure of the titanium to the air, detergent and remaining cutting oil, various organic matters are existed on the surface of the dental implant around 0.3 to 1nm. In addition, the existing elements such as Ca, P, N, Si, S and Cl can be identified even though there might be minute traces of them. The small quantities of the above elements and organic matters are not reported to harm the human body yet. However DENTIS Company controls its washing process to minimize any residue and proves its washing validity through testing sample of the surface of every lot number which we produce.
4. Analysis of the Elements on the Surface with ICP/IC DENTIS controls excellent clean level by developing and building DENTIS Cleaning System. Sample
Element
DENTIS
AI
Ca
Cu
Na
N.D.
0.052
P
Si
Zn
F+
0.127
CI+ NO₂ + NO₃ + PO₄ + PO₄ + ³ ²
N.D.
N.D.
N.D.
N.D.
N.D.
0.04
N.D.
0.04
N.D.
0.13
A
0.033 0.181 0.013
N.D.
0.429 0.967 0.010
0.02
0.14
0.04
0.63
1.4
1.03
B
0.011 0.244
N.D.
N.D.
N.D.
0.103 0.005
0.01
0.18
0
0.14
0
0.51
C
N.D.
0.274 0.009
N.D.
0.103 0.161 0.007
0.05
0.39
0.02
0.34
0.41
0.6
D
0.065 0.156 0.005
N.D.
N.D.
0.01
0.14
0.03
0.1
0
0.33
0.294
N.D.
ICP, IC Quantitative Analysis
5. The Cytotoxicity Test Result According to ISO 10993-5, the cytotoxicity test result
Final Inspection
Negative Control Group
Positive Control Group
DENTIS Fixture Eluted Fluid Group
After DENTIS Eluted Fluid Group treated with L929 fibroblast for 24hours, the test result showed that it is not effect on the growth like Media Control Group and Negative Control Group at all.
16 | 17
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
3. Features of Cleanlant 1. The 3 Types of Fixture Design for Various Cases Its products have been developed to be applied to various clinical cases and provide 3 types of fixture, i-Clean, e-Clean and s-Clean, for parts that need esthetics and according to the condition of the bone. 2. Convenient Compatibility of Superstructure Cleanlant is economical to use with the certain products such as Branemark, ITI, Astra, and Swissplus implants. 3. Optimum RBM Surface Treatment Roughness measurement of the surface is Ra: 1.5~1.8um. This measurement is the most ideal value for osseointegration.
Ă— 5,000 1
3
4. i-Clean/ s-Clean Fixture is No-mount System During surgery, existing Mount System obstructs the range of vision and the distance between the upper and lower teeth, however DENTIS No-mount system can immediately ensure a path during surgery and reduces operation time and attains accurate operation with no effects by the surrounding teeth.
4
3-1. Features of Tapered Body Implant
× 50 1
2
3
1. Micro-thread for Bone Loss Prevention Cleanlant Micro-thread minimizes bone loss, bone stress and appropriate stimulus of the cortical bone together with stable initial fixation. 2. Tapered Design and Rotating Safe Cutting Edge for Smooth Drilling It has been designed for excellent osseointegration as well as excellent initial fixation as it remarkably reduces excessive friction with the bone due to uniform transmission of strength during insertion owing to safe cutting edge that follows the direction of the rotation. The cutting edge is on the whole body of the fixture and has tapered design and double thread. 3. e-Clean Mount for Impression and Abutment e-Clean Mount is economical and makes it simple for dental prosthetics. Mount could be used as Impression Coping (Transfer) and final abutment, after insertion.
18 | 19
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
3-2. Features of Straight body implant 1. Designed for Smooth Insertion in Various Bone Densities. Cleanlant straight type is designed for smooth insertion in various bone densities, allowing not giving excessive bone stress and secure insertion. 2. Design for Excellent Initial Stability Double thread design provides the reducing insertion time and increasing the initial stability. When placing the implant, it helps self-tapping and allowing the space for the bone, increasing the initial stability. Apex 5°tapered design guiding for placing implant at drilling hole.
3-3. Features of SAVE implant If a necessary initial fixation is not obtained because of the loss of a wide fixture or the widening of the alveolar bone during surgery. By using SAVE, implantation can be performed immediately, and sufficient initial fixation can be obtained, allowing the successful completion of the implantation. 1. Platform Switching Further loss of the alveolar bone is not allowed. It reduces alveolar bone loss to the maximum in the fixture shoulder region using Platform Switching Process. 2. Convenient Compatibility of Superstructure It is economical to use with Cleanlant superstructure so there is no need for additional SAVE Abutment System. 3. SAVE System
5˚
5˚
3-4. Features of I-Fix implant 1. Three Types of Fixture
Post Type
O-Ring Type
Angled Type
Suitable for narrow space in the maxillary and mandibular anterior teeth
Suitable for the edentulous patients
Specialized 2 pieces-design reinforce safe fixation
Creating fast and simple temporary prosthesis
Abutments are divided into Cemented and Angled for various cases and placement direction
One-body type design provides maximum strength for mastication
Take fast, convenient impressions with 2 types of impression coping in narrow space
Post Type
O-Ring Type
Angled Type
2㎜ 4㎜
1.5㎜ 3.5㎜
1.3㎜ 3.3㎜
Collar
Angled Type Cemented Abutment Cuff
0.7㎜
Angled Abutment 0.7㎜
Post type Neck design Neck design helps to make fast healing time
2.7㎜ 2㎜ (Driver connection area)
O-Ring Type Collar
1.5 / 3.5㎜
Usable with regular size of retainer furthermore o-ring cap is available Collar heights are 1.5mm and 3.5mm 15°
O-Ring Cap
0.7㎜ 1.3㎜
O-Ring
Angled Type - Collar+Cuff Total gingival height is collar (1.3mm or 3.3mm) + cuff height (0.7)
20 | 21
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
2. 2 pieces-type with Maximum Strength 1. The fixation is strong and safe between screw and fixture with over 4 and half pitch screw connection 2. Morse taper connection between the implant and the abutment offers the friction locking and sealing 3. Torque recommendation : 30-35Ncm
3. Another Function of Angled Type Mount
- 0.9 Hex Driver -
Mount is used as healing abutment and cover screw after placement.
4. Angled Type - Free Abutment Free, easy milling and prosthesis work as the application of DENTIS regular free abutment Groove in the abutment body - Strong fixation with cement
5. For use where Narrow Interproximal Space
Impression Coping Height 12㎜
18㎜
12㎜
18㎜
23㎜
Three types of impression coping available in various pick-up impression cases
23㎜
18mm and 23mm impression copings provide convenient impression-taking in narrow interproximal space.
in the case of interference from neighboring teeth.
Height 18mm, 23mm impression coping
6. Easy Surgical Tool One driver fits all 3types of screw
Short
Long
Machine Driver
Post type
22 | 23
ⅠGuide
Ⅱ Technique
O-Ring type
Angle type
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
“Simple and Convenient�Surgery Cleanlant Cleanlant system that is upgraded day by day helps accurate and safe implant surgery. DENTIS patented engineering skills induces smooth insertion, does not induce extreme to the patient, is greatly convenient, and surgery can be performed fast and simply.
III
Uses of Cleanlant Abutment System
1. Uses of i-Clean Abutment System
1) Uses of Solid Abutment Generally, it is used when getting the abutment Level impression of i-Clean type and can be used in all cases, single unit and multi unit, to make cemented type prosthesis.
2) Uses of Excellent Abutment In molar cases, when abutment is smaller than the size of the prosthesis, it increases the size of the normal solid abutment, and possesses stability.
3) Uses of InOcta Abutment It is used for making SCRP dental prosthesis and in choosing cuff of the abutment to suit the thickness of the gingiva when part of the implant shoulder is being drilled under the gums and getting an impression in the fixture level.
4) Uses of SyncOcta Abutment It can be used in all cases, single unit and multi unit and getting an impression in the fixture level. As all stages of dental prosthesis production is possible in the lab, chair time is reduced. This is Cemented Type and is possible to make SCRP dental prosthesis.
5) Uses of Gold ULCA Abutment It is used when the opposing of surfaces of the teeth of the two jawbones does not come into contact and the dentist makes screw type prosthesis.
6) Uses of Angled Abutment It is prepared in 15 and 25 degrees and can be used in cases to compensate for the angle and the insertion path is not good.
7) Uses of Octa Abutment It is used when prosthesis requires screw type, or cases of multiple unit that does not have a good path.
8) Uses of O-Ring Abutment It is used for over denture.
26 | 27
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
2. Uses of s-Clean Abutment System
1) Uses of Sole Abutment Generally, it is used when getting the Abutment Level impression of s-Clean type and can be used in all cases, single unit and multi unit, to make cemented type prosthesis.
2) Uses of Couple Abutment It can be used in all cases, single unit and multi unit and getting an impression in the fixture and abutment level. As all stages of dental prosthesis production is possible in the lab, chair time is reduced. This is cemented type and is possible to make SCRP dental prosthesis.
3) Uses of Gold UCLA Abutment It is used when the opposing of surfaces of the teeth of the two jawbones does not come into contact and the dentist makes screw type prosthesis.
4) Uses of Angled Abutment It is prepared in 15 and 25 degrees and can be used in cases to compensate for the angle and the insertion path is not good.
5) O-Ring Abutment It is used for over denture.
3. Uses of e-Clean Abutment System
1) Uses of Cemented Abutment Generally, it is used when making dental prosthesis of the cemented type.
2) Uses of Estheticone Abutment It is used when prosthesis requires screw type, or cases of multiple unit that does not have a good path.
3) Uses of Angled Abutment It is prepared in 15 and 25 degrees and can be used in cases to compensate for the angle and the insertion path is not good.
4) Uses of Gold UCLA Abutment It is used when the opposing of surfaces of the teeth of the two jawbones does not come into contact and the dentist makes screw type prosthesis.
5) O-Ring Abutment It is used for over denture.
28 | 29
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Natural-looking teeth like its part of your body - Cleanlant RBM Surface Treatment minimizes danger of contamination accounted to foreign matter. Produce teeth shaped like the natural teeth and surpasses esthetic appreciation. It is semi-permanent as it made of superior materials.
IV
Cleanlant System Flow
i-Clean System Flow
“Convenient”No-mount System During surgery, existing Mount System obstructs the range of vision and the distance between the upper and lower teeth, however DENTIS Nomount system can immediately ensure a path during surgery and reduces operation time and attains accurate operation with no effects from the surrounding teeth. Octa Octa Connection prosthesis is compatible with superstructures of ITI and Swissplus. Tapered design Root Form Design achieved superb initial fixation strength also in places where condition of the bone is not good, makes an easy and stable surgery possible and reduces surgery time. 2.0mm Machined collar
Micro-Thread for Bone Loss Prevention It prevents water absorption of the cortex due to bacterial infection and minimizes bone loss, breaking due to i-Clean stress and stimulus of the cortical bone with stable initial fixation strength and wedges in thin cortex as well. RBM Surface Treatment (1.5±0.2um) It maximizes osseointegration. × 5,000 Safe cutting edge It minimizes resistance of the bone during insertion of the implant and functions to provide safe and smooth insertion. Self-tapping Groove It helps self-tapping during the insertion of the implant and at the same time be the space for bone chips. In addition, boost fixation strength after insertion.
System
ø4.8
Mini
ø4.8 Implant Diameter
2.0㎜
L
ø3.7
Platform Diameter
ø4.8
Length
Code
8.0mm
DIFM3708
10.0mm
DIFM3710
12.0mm
DIFM3712
14.0mm
DIFM3714
ø3.0 ø3.7
ø4.8
Regular
ø4.8 Implant Diameter
2.0㎜
L
ø4.3
Platform Diameter
ø4.8
Length
Code
8.0mm
DIFR4308
10.0mm
DIFR4310
12.0mm
DIFR4312
14.0mm
DIFR4314
ø3.6 ø4.3
ø4.8
Wide
ø4.8 Implant Diameter
2.0㎜
Platform Diameter
L ø4.8
ø4.8
Length
Code
8.0mm
DIFWR4808
10.0mm
DIFWR4810
12.0mm
DIFWR4812
14.0mm
DIFWR4814
ø4.1 ø4.8
32 | 33
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
i-Clean System Flow
Designed for Smooth Insertion in Various Bone Densities Cleanlant straight type is designed for smooth insertion in various bone densities, allowing not giving excessive bone stress and secure insertion.
Convenient Compatibility of Superstructure Cleanlant is economical to use with the certain products such as ITI and Swissplus implants.
“Convenient”No-mount System During surgery, existing Mount System obstructs the range of vision and the distance between the upper and lower teeth, however, DENTIS No-mount System can immediately ensure a path during surgery and reduces operation time and attains accurate operation with no effects from the surrounding teeth.
Octa Octa connection prosthesis is compatible with superstructure of ITI and Swissplus.
RBM Surface Treatment (1.5±0.2um) It maximizes osseointegration.
R0.65
Design for Excellent initial stability
0.1mm
Double thread design provides the reducing insertion
0.9mm
4˚
time and increasing the initial stability. When placing the implant, it helps self-tapping and allowing the space for the bone, increasing the initial stability. Apex 5°tapered design guiding for placing implant at drilling hole. 5˚
5˚
System
ø4.8 0.65㎜ 2㎜
L
ø4.1
Implant Diameter
ø4.1
Platform Diameter
ø4.8
Collar
Length
Code
2mm
8mm
DISF4108L
2mm
10mm
DISF4110L
2mm
12mm
DISF4112L
2mm
14mm
DISF4114L
Collar
Length
Code
2mm
8mm
DISF4808L
2mm
10mm
DISF4810L
2mm
12mm
DISF4812L
2mm
14mm
DISF4814L
ø4.8 0.65㎜ 2㎜
L
ø4.8
Implant Diameter
ø4.8
34 | 35
ⅠGuide
Platform Diameter
ø4.8
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
SAVE Internal System Flow
Internal 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.
Micro-thread for Bone Loss Prevention 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±0.2um. This measurement is the most ideal value for osseointegration.
× 50
× 5,000
Safe Cutting Edge/ Tapered Design It has been designed for excellent osseointegration as well as excellent initial fixation as it remarkably reduces excessive friction with the bone due to uniform transmission of strength during insertion.
Internal System
ø5.5 SAVE Internal Fixture Size
ø6.0 0.65㎜ 2.0㎜
10.0㎜
ø4.8 ø5.5
Implant Diameter
Platform Diameter
ø6.0
ø5.5
Length
Code
7.0mm
DIFS5507
8.0mm
DIFS5508
10.0mm
DIFS5510
12.0mm
DIFS5512
ø6.0 SAVE Internal Fixture Size
ø6.0 0.65㎜ 2.0㎜
10.0㎜
ø5.3 ø6.0
Implant Diameter
ø6.0
36 | 37
ⅠGuide
Platform Diameter
ø6.0
Ⅱ Technique
Length
Code
7.0mm
DIFS6007
8.0mm
DIFS6008
10.0mm
DIFS6010
12.0mm
DIFS6012
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Prosthetic Flow Diagrams for i-Clean
Solid System
Single
Bridge
Plasitc Coping
Lab Analog
Solid Abutment Driver
Impression Caps Positioning Cylinder
Shoulder Analog & Pin
Solid Abutment
Excellent Solid Abutment
Excellent Solid Abutment Driver
Cover Screw
Healing Abutment
1.2 Hex Driver
i-Clean
Solid Abutment System Closing Screw
Cover Screw
2mm
Platform Diameter
Cuff
Code No.
Ø4.8
0mm
DICS3
Platform Diameter
Cuff
Code No.
Ø4.8
2mm
DICS1
Ø6.0
2mm
DISCS60
Platform Diameter
Cuff
Code No.
Ø4.8
3mm 4mm 5.5mm
DIH30 DIH40 DIH55
Ø6.0
3mm 4mm 5.5mm
DIHS30 DIHS40 DIHS55
Platform Diameter
Length
Code No.
Ø4.8
4mm 5.5mm 7mm
DISA40 DISA55 DISA70
Ø6.0 : SAVE Only
Healing Abutment
Cuff: 3, 4, 5.5mm
Ø6.0 : SAVE Only
Solid Abutment
L: 4, 5.5, 7m
38 | 39
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Excellent Solid Abutment
Platform Diameter
Length
Code No.
Ø4.8
4mm 5.5mm 7mm
DIESA40 DIESA55 DIESA70
Platform Diameter
Type
L: 4, 5.5, 7m
Impression Cap
DISICR
Ø4.8
Positioning Cylinder
Platform Diameter Ø4.8
Code No.
Type
Code No. DISIPCR
Solid Abutment System Lab Analog
Platform Diameter
Length
Ø4.8
4mm 5.5mm 7mm
Code No. DISLA40 DISLA55 DISLA70
L: 4, 5.5,7mm
Shoulder Analog & Pin
Platform Diameter
Code No. DIISAR DISAPR
Ø4.8
Plasitc Coping
Platform Diameter
Type
Code No.
Ø4.8
Single Bridge
DISPS DISPB
Single
Bridge
40 | 41
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Prosthetic Flow Diagrams for i-Clean
InOcta System
Octa
N-Octa
Free Abutment
Octa
N-Octa
InOcta Abutment
15。
25。
Angled Abutment
Octa
N-Octa
SynOcta Abutment
Octa
N-Octa
Gold UCLA
Lab Analog
Impression Coping(Pick-up)
Impression Coping(Transfer)
Healing Abutment
Cover Screw
i-Clean
1.2 Hex Driver
InOcta Abutment System Impression Coping
Platform Diameter
Type
Ø4.8
Pick-Up
DIPIR
Transfer
DITIR DITIN
Pick-Up
DIPIS60
Ø6.0
Code No.
Ø6.0 : SAVE Only
Pick-Up
Transfer
Lab Analog
Platform Diameter
Code No.
Ø4.8
DILA
Ø6.0
DILAS
Ø6.0 : SAVE Only
42 | 43
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Free Abutment
Type
Platform Diameter
Code No.
Octa N-Octa
DIFAO DIFAN
Octa
N-Octa
InOcta Abutment
Platform Diameter
Type
Cuff
Code No.
Ø4.8
Octa
1mm 2mm 3mm 4mm
DICO10 DICO20 DICO30 DICO40
N-Octa
1mm 2mm 3mm 4mm
DICO10N DICO20N DICO30N DICO40N
Octa
1mm 2mm 3mm 4mm
DICOS10 DICOS20 DICOS30 DICOS40
N-Octa
1mm 2mm 3mm 4mm
DICOS10N DICOS20N DICOS30N DICOS40N
6mm
Octa
Ø6.0
Cuff:1, 2, 3, 4mm N-Octa
Ø6.0 : SAVE Only
Angled Abutment
15。
25。
Platform Diameter
Type
Code No.
Ø4.8
15。 25。
DIAA15 DIAA25
InOcta Abutment System SynOcta Abutment
Platform Diameter
Type
Ø4.8
Octa N-Octa
Platform Diameter
Type
Ø4.8
Octa N-Octa
Code No. DISOA DISOAN
Octa
N-Octa
Gold UCLA
Octa
Code No. DIGUO DIGUN
N-Octa
Temporary Abutment
Platform Diameter
Type
Cuff
Code No.
Ø4.8
Octa
1mm 2mm 3mm 4mm
DITA10O DITA20O DITA30O DITA40O
N-Octa
1mm 2mm 3mm 4mm
DITA10N DITA20N DITA30N DITA40N
Cuff:1, 2, 3, 4mm
Octa
Cuff:1, 2, 3, 4mm
N-Octa
44 | 45
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Prosthetic Flow Diagrams for i-Clean
Octa System
Hex
N-Hex
Octa
Gold Cylinder
N-Octa
Plastic Cylinder
Octa Lab Analog
Impression Coping(Transfer)
Impression Coping(Pick-up)
Octa Abutment
Healing Abutment
Cover Screw
i-Clean
Octa Abutment Driver
1.2 Hex Driver
Octa Abutment System Octa Abutment
Platform Diameter
Code No. DIOA
Ø4.8
Octa Healing Cap
Platform Diameter
Code No. DIOHC
Ø4.8
Impression Coping
Platform Diameter
Type
Code No.
Ø4.8
Pick-Up
DIOIO DIOIN
Transfer
DIOTI DITIN
Pick-Up
Transfer
46 | 47
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Lab Analog
Platform Diameter
Code No. DIOLA
Ø4.8
Gold Cylinder
Octa
N-Octa
Platform Diameter
Type
Code No.
Ø4.8
Octa N-Octa
DIOGCO DIOGCN
Octa Abutment System Plastic Cylinder
Platform Diameter
Type
Code No.
Ø4.8
Octa N-Octa
DIOPO DIOPN
Octa
N-Octa
48 | 49
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Prosthetic Flow Diagrams for i-Clean
O-Ring System
O-Ring
O-Ring Retainer
O-Ring Lab Analog
O-Ring Abutment Driver
O-Ring Abutment
Healing Abutment
Cover Screw
i-Clean
1.2 Hex Driver
O-Ring Abutment System O-Ring Abutment
Abutment Diameter
Cuff
Code No.
Ø3.5
0mm 2mm 4mm
DIORA00 DIORA20 DIORA40
Cuff: 0, 2, 4mm
Code No.
O-Ring Lab Analog
DOLA
Code No.
O-Ring Retainer
DOR
Code No.
O-Ring
ORING
50 | 51
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
s-Clean System Flow
“Convenient”No-mount System During surgery, existing Mount System obstructs the range of vision and the distance between the upper and lower teeth, however DENTIS Nomount system can immediately ensure a path during surgery and reduces operation time and attains accurate operation with no effects from the surrounding teeth. Hex Hex Connection prosthesis is compatible with the superstructure with products of Astra. Tapered design Root Form Design achieved superb initial fixation strength also in places where condition of the bone is not good, makes an easy and stable surgery possible and reduces surgery time. Micro-Thread for Bone Loss Prevention It prevents water absorption of the cortex due to bacterial infection and minimizes bone loss, breaking due to i-Clean stress and stimulus of the cortical bone with stable initial fixation strength and wedges in thin cortex as well. RBM Surface Treatment (1.5±0.2um) It maximizes osseointegration. × 5,000 Safe cutting edge It minimizes resistance of the bone during insertion of the implant and functions to provide safe and smooth insertion. Self-tapping Groove It helps self-tapping during the insertion of the implant and at the same time be the space for bone chips. In addition, boost fixation strength after insertion.
System
ø3.7
ø3.7
Mini
0.4㎜
L
Implant Diameter
ø3.7
ø3.0
Platform Diameter
ø3.7
ø3.7
Length
Code
8.0mm
DSFM3708
10.0mm
DSFM3710
12.0mm
DSFM3712
14.0mm
DSFM3714
ø4.3
ø4.3
Regular
0.4㎜
L
Implant Diameter
ø4.3
ø3.6
Platform Diameter
ø4.3
ø4.3
Length
Code
8.0mm
DSFR4308
10.0mm
DSFR4310
12.0mm
DSFR4312
14.0mm
DSFR4314
ø4.8
ø4.8 0.4㎜
Wide L
ø4.1
Implant Diameter
ø4.8
ø4.8
52 | 53
ⅠGuide
Ⅱ Technique
Platform Diameter
ø4.8
Length
Code
8.0mm
DSFW4808
10.0mm
DSFW4810
12.0mm
DSFW4812
14.0mm
DSFW4814
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
s-Clean System Flow
Designed for Smooth Insertion in Various Bone Densities Cleanlant straight is designed for smooth insertion in various bone densities, allowing not giving excessive bone stress and secure insertion.
Convenient Compatibility of Superstructure Cleanlant is economical to use with the certain products such as Astra implants.
Hex Hex Connection prosthesis is compatible with the superstructure with products of Astra.
“Convenient”No-mount System During surgery, existing Mount System obstructs the range of vision and the distance between the upper and lower teeth, however, DENTIS No-mount System can immediately ensure a path during surgery and reduces operation time and attains accurate operation with no effects from the surrounding teeth.
RBM Surface Treatment (1.5±0.2um) R0.65
0.9mm
4˚
It maximizes osseointegration.
Design for Excellent initial stability 0.1mm
Double thread design provides the reducing insertion time and increasing the initial stability. When placing the implant, it helps self-tapping and allowing the space for the bone, increasing the initial stability. Apex 5°tapered design guiding for placing implant at drilling hole. 5˚
5˚
System
L
ø4.1
Implant Diameter
ø4.8
Length
Code
8mm
DSSF4108
10mm
DSSF4110
12mm
DSSF4112
14mm
DSSF4114
L
ø4.8
Implant Diameter
ø4.8
54 | 55
ⅠGuide
Length
Code
8mm
DSSF4808
10mm
DSSF4810
12mm
DSSF4812
14mm
DSSF4814
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
SAVE Submerged System Flow
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 Cleanlant 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 Shoulder region using Platform Switching Process. Micro-thread for Bone Loss Prevention Cleanlant Micro-thread minimizes bone loss, breaking due to internal stress and appropriate stimulus of the cortical bone together with stable initial fixation. Optimum RBM Surface Treatment Roughness measurement of the surface is Ra: 1.5±0.2um. This measurement is the most ideal value for osseointegration.
× 5,000
Safe Cutting Edge/ Tapered Design It has been designed for excellent osseointegration as well as excellent initial fixation as it remarkably reduces excessive friction with the bone due to uniform transmission of strength during insertion.
Submerged System
ø5.5 SAVE Submerged Fixture Size
ø5.5 0.4㎜
10.0㎜
ø4.8 ø5.5
Implant Diameter
ø5.5
Platform Diameter
ø5.5
Length
Code
7.0mm
DSFS5507
8.0mm
DSFS5508
10.0mm
DSFS5510
12.0mm
DSFS5512
ø6.0 SAVE Submerged Fixture Size
ø6.0 0.4㎜
10.0㎜
ø5.3 ø6.0
Implant Diameter
ø6.0
56 | 57
ⅠGuide
Platform Diameter
ø6.0
Ⅱ Technique
Length
Code
7.0mm
DSFS6007
8.0mm
DSFS6008
10.0mm
DSFS6010
12.0mm
DSFS6012
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Prosthetic Flow Diagrams for s-Clean
Sole System
Single
Bridge
Plastic Coping
Lab Analog
Impression Cap
Sole Abutment
Healing Abutment
Cover Screw
s-Clean
1.25 Hex Driver
1.25 Hex Driver
Sole Abutment System Abutment Diameter
Cover Screw
Code No. DSCSM
Healing Abutment
Abutment Diameter
Cuff
Code No.
Ø4.5
1.0mm 1.5mm 2.0mm 2.5mm 3.5mm 4.5mm 5.5mm
DSH4510 DSH4515 DSH4520 DSH4525 DSH4535 DSH4545 DSH4555
Ø5.5
1.0mm 1.5mm 2.0mm 2.5mm 3.5mm 4.5mm 5.5mm
DSH5510 DSH5515 DSH5520 DSH5525 DSH5535 DSH5545 DSH5555
Ø6.5
1.5mm 2.0mm 2.5mm 3.5mm 4.5mm 5.5mm
DSH6515 DSH6520 DSH6525 DSH6535 DSH6545 DSH6555
ø4.5, 5.5, 6.5
2mm Cuff: 1.0, 1.5, 2.0,2.5, 3.5, 4.5, 5.5mm
58 | 59
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Sole Abutment
Abutment Diameter
Cuff
Length
Code No.
Ø4.5
1.0mm 1.5mm 2.0mm 2.5mm 3.5mm 4.5mm 5.5mm
5.5mm
DSSA4510 DSSA4515 DSSA4520 DSSA4525 DSSA4535 DSSA4545 DSSA4555
5.5mm Cuff: 0.8,1.5,2.0, 2.5, 3.5, 4.5, 5.5mm
Ø5.5
Ø6.5
Impression Cap
1.0mm 1.5mm 2.0mm 2.5mm 3.5mm 4.5mm 5.5mm 1.5mm 2.0mm 2.5mm 3.5mm 4.5mm 5.5mm
5.5mm
5.5mm
DSSA5510 DSSA5515 DSSA5520 DSSA5525 DSSA5535 DSSA5545 DSSA5555 DSSA6515 DSSA6520 DSSA6525 DSSA6535 DSSA6545 DSSA6555
Abutment Diameter
Code No.
Ø4.5
DSIPC45
Ø5.5
DSIPC55
Ø6.5
DSIPC65
Sole Abutment System Lab Analog
Plastic Coping
Abutment Diameter
Code No.
Ø4.5
DSSLA45
Ø5.5
DSSLA55
Ø6.5
DSSLA65
Abutment Diameter
Type
Code No.
Ø4.5
Single Bridge
DSSP45S DSSP45B
Ø5.5
Single Bridge
DSSP55S DSSP55B
Ø6.5
Single Bridge
DSSP65S DSSP65B
Single
Bridge
60 | 61
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Prosthetic Flow Diagrams for s-Clean
Couple System
Hex
N-Hex
Hex
Free Abutment
15。
N-Hex
25。
Hex
Angled Abutment
Couple Abutment
N-Hex
Gold UCLA Abutment
Lab Analog
Hex
Hex
N-Hex
Impression Coping(Pick-up)
N-Hex
Impression Coping(Transfer)
Healing Abutment
Cover Screw
s-Clean
1.25 Hex Driver
Couple Type Abutment System
ø4.5 ø4.5 4.5mm
2.5mm
Cuff
Code No.
Ø4.5 (Free Abutment Only)
0.8mm
DSFH4525 DSFH4545
Ø5.5 (Free Abutment Only)
0.8mm
DSFH5525 DSFH5545
Abutment Diameter
Healing Abutment
ø5.5 ø5.5 4.5mm
2.5mm
Impression Coping
Abutment Diameter
Type
Ø4.5
Pick-Up
Ø5.5
Pick-Up
Hex
Ø6.5
Pick-Up
Length
Code No.
Hex
Long Short
DSIH45L DSIH45S
N-Hex
Long Short
DSIN45L DSIN45S
Hex
Long Short
DSIH55L DSIH55S
N-Hex
Long Short
DSIN55L DSIN55S
Hex
Long Short
DSIH65L DSIH65S
N-Hex
Long Short
DSIN65L DSIN65S
Length
Code No.
Hex
Long Short
DSITH45L DSITH45S
N-Hex
Long Short
DSITN45L DSITN45S
Hex
Long Short
DSITH55L DSITH55S
N-Hex
Long Short
DSITN55L DSITN55S
Hex
Long Short
DSITH65L DSITH65S
N-Hex
Long Short
DSITN65L DSITN65S
N-Hex
Pick-Up Impression Coping
Abutment Diameter
Type
Ø4.5
Transfer
Ø5.5
Transfer
Hex
Ø6.5
Transfer
N-Hex
Transfer
62 | 63
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Code No.
Lab Analog
DSCLA
Free Abutment
Type
Code No.
Ø4.5 Ø5.5
Hex
DSFA45H DSFA55H
Ø4.5 Ø5.5
N-Hex
DSFA45N DSFA55N
Abutment Diameter
N-Hex
Hex
Couple Abutment
Type
Abutment Diameter
Cuff
Hex
Ø4.5
1.0mm 1.5mm 2.0mm 2.5mm 3.5mm 4.5mm 5.5mm
L
Ø5.5
Hex
Cuff
Ø6.5 N-Hex
N-Hex
Ø4.5
Ø5.5
Ø6.5
1.0mm 1.5mm 2.0mm 2.5mm 3.5mm 4.5mm 5.5mm 1.5mm 2.0mm 2.5mm 3.5mm 4.5mm 5.5mm 1.0mm 1.5mm 2.0mm 2.5mm 3.5mm 4.5mm 5.5mm 1.0mm 1.5mm 2.0mm 2.5mm 3.5mm 4.5mm 5.5mm 1.5mm 2.0mm 2.5mm 3.5mm 4.5mm 5.5mm
Length
Code No.
5.5mm
DSCA4510H DSCA4515H DSCA4520H DSCA4525H DSCA4535H DSCA4545H DSCA4555H
5.5mm
DSCA5510H DSCA5515H DSCA5520H DSCA5525H DSCA5535H DSCA5545H DSCA5555H
5.5mm
DSCA6515H DSCA6520H DSCA6525H DSCA6535H DSCA6545H DSCA6555H
5.5mm
5.5mm
5.5mm
DSCA4510N DSCA4515N DSCA4520N DSCA4525N DSCA4535N DSCA4545N DSCA4555N DSCA5510N DSCA5515N DSCA5520N DSCA5525N DSCA5535N DSCA5545N DSCA5555N DSCA6515N DSCA6520N DSCA6525N DSCA6535N DSCA6545N DSCA6555N
Couple Type Abutment System Couple Abutment
Type
Abutment Diameter
Cuff
Hex
Ø4.5
1.0mm 1.5mm 2.0mm 2.5mm 3.5mm 4.5mm 5.5mm
L
1.0mm 1.5mm 2.0mm 2.5mm 3.5mm 4.5mm 5.5mm
Ø5.5
Hex
Cuff
N-Hex
N-Hex
1.5mm 2.0mm 2.5mm 3.5mm 4.5mm 5.5mm
Ø6.5
Angled Abutment
DSCA5510H7 DSCA5515H7 DSCA5520H7 DSCA5525H7 DSCA5535H7 DSCA5545H7 DSCA5555H7 DSCA6515H7 DSCA6520H7 DSCA6525H7 DSCA6535H7 DSCA6545H7 DSCA6555H7 DSCA4510N7 DSCA4515N7 DSCA4520N7 DSCA4525N7 DSCA4535N7 DSCA4545N7 DSCA4555N7
7mm
DSCA5510N7 DSCA5515N7 DSCA5520N7 DSCA5525N7 DSCA5535N7 DSCA5545N7 DSCA5555N7
7mm
DSCA6515N7 DSCA6520N7 DSCA6525N7 DSCA6535N7 DSCA6545N7 DSCA6555N7
Abutment Diameter
Cuff
Length
Code No.
Ø4.5
15。
2mm 4mm
DSAA45152 DSAA45154
25。
2mm 4mm
DSAA45252 DSAA45254
15。
2mm 4mm
DSAA55152 DSAA55154
25。
2mm 4mm
DSAA55252 DSAA55254
15。
2mm 4mm
DSAA65152 DSAA65154
25。
2mm 4mm
DSAA65252 DSAA65254
Ø5.5
15。
7mm
1.0mm 1.5mm 2.0mm 2.5mm 3.5mm 4.5mm 5.5mm
Ø5.5
7mm
7mm
1.0mm 1.5mm 2.0mm 2.5mm 3.5mm 4.5mm 5.5mm
Ø4.5
Code No. DSCA4510H7 DSCA4515H7 DSCA4520H7 DSCA4525H7 DSCA4535H7 DSCA4545H7 DSCA4555H7
7mm
1.5mm 2.0mm 2.5mm 3.5mm 4.5mm 5.5mm
Ø6.5
Length
Ø6.5 25。
Gold UCLA
Hex
N-Hex
Abutment Diameter
64 | 65
ⅠGuide
Type
Code No.
Hex
DSGCH
N-Hex
DSGCN
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Prosthetic Flow Diagrams for s-Clean
Sub Octa System
Hex
N-Hex
Octa
Gold Cylinder
N-Octa
Plastic Cylinder
Octa Lab Analog
Impression Coping(Transfer)
Impression Coping(Pick-up)
Sub Octa Abutment
Healing Abutment
Cover Screw
s-Clean
Octa Abutment Driver
1.25 Hex Driver
Octa Abutment System Sub Octa Abutment
Octa Healing Cap
Abutment Diameter
Cuff
Code No.
Ø4.8
1.0mm 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
Abutment Diameter
Type
Code No.
Ø4.8
Pick-Up
DIOIO DIOIN
Transfer
DIOTI
Pick-Up
Transfer
66 | 67
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
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
Octa Abutment System Plastic Cylinder
Abutment Diameter
Type
Code No.
Ø4.8
Octa N-Octa
DIOPO DIOPN
Octa
N-Octa
68 | 69
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Prosthetic Flow Diagrams for s-Clean
O-Ring System
O-Ring
O-Ring Retainer
O-Ring Lab Analog
O-Ring Abutment Driver
O-Ring Abutment
Healing Abutment
Cover Screw
s-Clean
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
Code No.
O-Ring Lab Analog
DOLA
Code No.
O-Ring Retainer
DOR
Code No.
O-Ring
ORING
70 | 71
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
e-Clean System Flow
Fixture Mount can be used for Imperssion Coping and Free Abutment. Fixture mount is economical and makes it simple for dental prosthetics. Mount could be used as transfer type of impression coping and final abutment after inserted fixture. Tapered design Root Form Design achieved superb initial fixation strength also in places where condition of the bone is not good, makes an easy and stable surgery possible and reduces surgery time. Micro-Thread for Bone Loss Prevention It prevents water absorption of the cortex due to bacterial infection and minimizes bone loss, breaking due to internal stress and stimulus of the cortical bone with stable initial fixation strength and wedges in thin cortex as well.
× 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±0.2um) It maximizes osseointegration.
× 5,000
System ø2.4
ø3.5 0.7㎜
Mini L
ø2.8
Implant Diameter
ø3.5
Platform Diameter
ø3.5
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
L
ø3.4
ø4.1
Platform Diameter
ø4.1
ø4.1
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
ø5.1
72 | 73
ⅠGuide
Ⅱ Technique
Platform Diameter
ø5.1
Length
Code
8.0mm
DEFW5108
10.0mm
DEFW5110
12.0mm
DEFW5112
14.0mm
DEFW5114
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Prosthetic Flow Diagrams for e-Clean
Cemented System
Hex
N-Hex
Cemented Abut.
15。
25。
Hex
Angled Abut.
N-Hex
Gold UCLA
Hex
N-Hex
Plastic UCLA
Lab Analog
Hex
N-Hex
Impression Coping(Transfer)
Impression Coping(Pick-up)
Healing Abutment
Cover Screw
Mount
e-Clean
1.2 Hex Driver
Cemented Abutment System Mount
Short Mount
Platform Diameter
Code No.
Mini
DEFMM
Regular
DEFMR
Wide
DEFMW
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
74 | 75
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Impression Coping
Platform Diameter
Type Pick-Up
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 Impression Coping
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
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
76 | 77
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Prosthetic Flow Diagrams for e-Clean
Estheticone 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
e-Clean
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
Type Pick-Up
Ø5.1
Code No.
Hex N-Hex
DEESIH DEESIN
Hex N-Hex
DEWSIH DEWSIN
Pick-Up Impression Coping
Platform Diameter
Type
Ø4.1
Transfer
Code No. DEETI DEWTI
Ø5.1
Transfer
78 | 79
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
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
Hex
N-Hex
80 | 81
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Prosthetic Flow Diagrams for e-Clean
O-Ring System
O-Ring
O-Ring Retainer
O-Ring Lab Analog
O-Ring Abutment Driver
O-Ring Abutment
Healing Abutment
Cover Screw
Mount
e-Clean
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
Code No.
O-Ring Lab Analog
DOLA
Code No.
O-Ring Retainer
DOR
Code No.
O-Ring
ORING
82 | 83
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
I-Fix Post Type System Flow
Post Type Fixture 7㎜
- Suitable for narrow space in the maxillary and mandibular anterior teeth - One-body type design provides maximum strength for mastication
Implant Diameter
Collar
ø2.0 Length
- Post type Neck design Neck design helps to make fast healing time
Collar
Length
Code
2.0mm
10.0mm
DMPF2010S
2.0mm
13.0mm
DMPF2013S
2.0mm
16.0mm
DMPF2016S
4.0mm
10.0mm
DMPF2010L
4.0mm
13.0mm
DMPF2013L
4.0mm
16.0mm
DMPF2016L
Collar
Length
Code
2.0mm
10.0mm
DMPF2510S
2.0mm
13.0mm
DMPF2513S
2.0mm
16.0mm
DMPF2516S
4.0mm
10.0mm
DMPF2510L
4.0mm
13.0mm
DMPF2513L
4.0mm
16.0mm
DMPF2516L
Collar
Length
Code
2.0mm
10.0mm
DMPF3010S
2.0mm
13.0mm
DMPF3013S
2.0mm
16.0mm
DMPF3016S
4.0mm
10.0mm
DMPF3010L
4.0mm
13.0mm
DMPF3013L
4.0mm
16.0mm
DMPF3016L
ø2.0
7㎜
Implant Diameter Collar
ø2.5 Length
ø2.5
7㎜
Implant Diameter
Collar
Lab Analog Code
ø3.0 Length
DMPL
ø3.0
I-Fix O-Ring Type System Flow
O-Ring Type Fixture 2.7㎜
Implant Diameter
2㎜
- Suitable for the edentulous patients Collar
- Creating fast and simple temporary prosthesis Length
ø2.0
Collar
Length
Code
1.5mm
10.0mm
DMOF2010S
1.5mm
13.0mm
DMOF2013S
1.5mm
16.0mm
DMOF2016S
3.5mm
10.0mm
DMOF2010L
3.5mm
13.0mm
DMOF2013L
3.5mm
16.0mm
DMOF2016L
Collar
Length
Code
1.5mm
10.0mm
DMOF2510S
1.5mm
13.0mm
DMOF2513S
1.5mm
16.0mm
DMOF2516S
3.5mm
10.0mm
DMOF2510L
3.5mm
13.0mm
DMOF2513L
3.5mm
16.0mm
DMOF2516L
Collar
Length
Code
1.5mm
10.0mm
DMOF3010S
1.5mm
13.0mm
DMOF3013S
1.5mm
16.0mm
DMOF3016S
3.5mm
10.0mm
DMOF3010L
3.5mm
13.0mm
DMOF3013L
3.5mm
16.0mm
DMOF3016L
ø2.0
2.7㎜
Implant Diameter
2㎜ Collar
Length
ø2.5
Lab Analog Code ø2.5
DMOL
Cap 2.7㎜
Code
Implant Diameter
2㎜
DOC
Collar
O-ring
Length
Code ORING
ø3.0
ø3.0
84 | 85
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
I-Fix Angled Type System Flow
Angled Type Fixture - Specialized 2 pieces-design reinforce safe fixation
Implant Diameter Collar
- Abutments are divided into Cemented and Angled for various cases and placement direction - Take fast, convenient impressions with 2 types of impression coping in narrow space
Collar
Length
Code
1.3mm
10.0mm
DMAF2010S
1.3mm
13.0mm
DMAF2013S
1.3mm
16.0mm
DMAF2016S
3.3mm
10.0mm
DMAF2010L
3.3mm
13.0mm
DMAF2013L
3.3mm
16.0mm
DMAF2016L
Collar
Length
Code
1.3mm
10.0mm
DMAF2510S
1.3mm
13.0mm
DMAF2513S
1.3mm
16.0mm
DMAF2516S
3.3mm
10.0mm
DMAF2510L
3.3mm
13.0mm
DMAF2513L
3.3mm
16.0mm
DMAF2516L
Collar
Length
Code
1.3mm
10.0mm
DMAF3010S
1.3mm
13.0mm
DMAF3013S
1.3mm
16.0mm
DMAF3016S
3.3mm
10.0mm
DMAF3010L
3.3mm
13.0mm
DMAF3013L
3.3mm
16.0mm
DMAF3016L
1㎜
ø2.0 Length
ø2.0
Implant Diameter
1㎜ Collar
ø2.5 Length
ø2.5
Implant Diameter 1㎜ Collar
ø3.0 Length
ø3.0
Lab Analog Code DMAL
15°
Angled Abutment (15° ) 0.7㎜
Abutment Diameter
Cuff
Length
Code
ø4
0.7mm
9.1mm
DMAA15
Double Hex
Cemented Abutment 0.7㎜ Hex
Abutment Diameter
Cuff
Length
Code
ø4
0.7mm
8.3mm
DMCAH
ø4
0.7mm
8.3mm
DMCAN
Non-Hex
Free Abutment Abutment Diameter
Cuff
Length
Code
ø4
0.7mm
11.3mm
DMFAH
ø4
0.7mm
11.3mm
DMFAN
0.7㎜ Hex
Non-Hex
Angled Mount Adapter Detail
Code
0.9 Hex Driver 사용
DMAMA
Impression coping
Pick-up
L
18㎜
12㎜
86 | 87
ⅠGuide
Length
Code
12mm
DMIC12
18mm
DMIC18
23mm
DMIC23
23㎜
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
99% Satisfaction. The remaining 1 % is for new techniques to be developed soon. Cleanlant System absolutely improves the defects of the existing products, has superior compatibility, accurate No-mount system and strong initial fixation strength and many more.
V
Cleanlant Surgical KIT
Features of Surgical Tool 1) Cleanlant Surgical Kit
Tapered Combined KIT
Straight Combined KIT
SAVE KIT
I-Fix KIT
2) Stopper drill
ø2.2 Twist drill
ø2.8 Twist drill
ø3.5 Twist drill
ø3.5 Straight Twist drill
ø3.7 Twist drill
ø4.1 Twist drill
ø4.2 Straight Twist drill
ø4.3 Twist drill
ø4.8 Twist drill
ø5.1 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. Tapered Design 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
2㎜
3㎜
4㎜
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.
-Drill Long
short ø5.5-S Drill
8㎜ 7㎜ 6㎜
2㎜ stopper
8㎜ 7㎜ 6㎜
3㎜ stopper
7㎜
4㎜ stopper
6㎜
ø5.5-L Drill
2㎜ stopper
12㎜ 10㎜
Basically Rotating Stopper is fitted. Short drill is 10mm and Long drill is 14mm. If the stopper is equiped, the short drill can be adjusted as 6mm to 8mm and the long drill can be adjusted as 10mm to 12mm. It is convenient and possible to use without the stopper depending on the shape of the bone during surgery.
12㎜ 10㎜
4㎜ stopper
10㎜
4) Excellent Enhancement of W/C Coating Treatment Tungsten Carbide Coating is 4 times stronger and easier to drill than other drills and minimizes bone heating during drilling.
5)‘Convenient’Depth Gauge It is easy to check the space between fixtures and the depth of Mesiodistal and the location of buccolongual during initial drilling.
6)‘Convenient’No-mount Driver DENTIS No-mount Driver can immediately ensure a path during surgery and reduces operation time and attains accurate operation with no effects by the 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.
90 | 91
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Combined KIT
Drilling Sequence
/ Depending on the Bone Condition
Ø3.7 Fixture D4 Bone Point drill →Ø2.2 drill →Ø 2.8 drill →Ø3.7 fixture D2-3 Bone Point drill →Ø2.2 drill →Ø 2.8 drill →Ø3.7 drill →Ø3.7 fixture D1 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø 3.7 drill →Ø3.7 tap drill → Ø3.7 fixture Ø4.3 Fixture D4 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø4.3 fixture D2-3 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø4.3 drill →Ø4.3 fixture D1 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø4.3 drill →Ø4.3 tap drill →Ø4.3 fixture Ø4.8 Fixture D4 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø4.3 drill → Ø4.8 fixture D2-3 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø4.3 drill →Ø4.8 drill →Ø4.8 fixture D1 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.7 drill →Ø4.3 drill →Ø4.8 drill →Ø4.8 tap drill →Ø4.8 fixture
Drilling Sequence Depending on the Bone Condition Ø3.5 Fixture D4 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.5 fixture D2-3 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.5 drill →Ø3.5 fixture D1 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.5 drill →Ø3.5 tap drill → Ø3.5 fixture Ø4.1 Fixture D4 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.5 drill →Ø4.1 fixture D2-3 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.5 drill →Ø4.1 drill →Ø4.1 fixture D1 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.5 drill →Ø4.1 drill →Ø4.1 tap drill → Ø4.1 fixture Ø5.1 Fixture D4 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.5 drill →Ø4.1 drill →Ø5.1 fixture D2-3 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.5 drill →Ø4.1 drill → 5.1 drill → Ø5.1 fixture D1 Bone Point drill →Ø2.2 drill →Ø2.8 drill →Ø3.5 drill →Ø4.1 drill →Ø5.1 drill →Ø5.1 tap drill →Ø5.1 fixture
92 | 93
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Straight KIT
/
Drilling Sequence
Depending on the Bone Condition Ø4.1 Fixtue D4 Point drill → Ø2.2 drill → Ø2.2/2.8 pilot drill → Ø2.8 drill → Ø4.1 fixture D2-3 Point drill → Ø2.2 drill → Ø2.2/2.8 pilot drill → Ø2.8 drill → Ø2.8/3.5 pilot drill → Ø3.5 straight drill → Ø4.1 fixture D1 Point drill → Ø2.2 drill → Ø2.2/2.8 pilot drill → Ø2.8 drill → Ø2.8/3.5 pilot drill → Ø3.5 straight drill → Ø4.1 tap drill → Ø4.1 fixture
D2-3
D4
D1
Ø4.8 Fixtue D4 Point drill → Ø2.2 drill → Ø2.2/2.8 pilot drill → Ø2.8 drill → Ø2.8/3.5 pilot drill → Ø3.5 straight drill → Ø4.8 fixture D2-3 Point drill → Ø2.2 drill → Ø2.2/2.8 pilot drill → Ø2.8 drill → Ø2.8/3.5 pilot drill → Ø3.5 straight drill → Ø3.5/4.2 pilot drill → Ø4.2 straight drill → Ø4.8 fixture D1 Point drill → Ø2.2 drill → Ø2.2/2.8 pilot drill → Ø2.8 drill → Ø2.8/3.5 pilot drill → Ø3.5 straight drill → Ø3.5/4.2 pilot drill → Ø4.2 straight drill → Ø4.8 tap drill → Ø4.8 fixture
D2-3
D4
94 | 95
ⅠGuide
Ⅱ Technique
D1
Ⅲ Recommendation Ⅳ Construction
Ⅴ 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 the stopper is equiped, the short drill can be adjusted as 6mm to 8mm and the long drill can be adjusted as 10mm to 12mm. 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 alveolar bone. No-mount System 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.
Drilling Sequence Ø5.5 Fixture D4 Bone Point drill → Ø2.2 drill → Ø2.8 drill → Ø3.7 drill → Ø4.3 drill → Ø4.8 drill → Ø5.5 fixture D2-3 Bone Point drill → Ø2.2 drill → Ø2.8 drill → Ø3.7 drill → Ø4.3 drill → Ø4.8 drill → Ø5.5 drill → Ø5.5 fixture D1 Bone Point drill → Ø2.2 drill → Ø2.8 drill → Ø3.7 drill → Ø4.3 drill → Ø4.8 drill → Ø5.5 drill → Ø5.5 tap drill → Ø5.5 fixture Ø6.0 Fixture D4 Bone Point drill → Ø2.2 drill → Ø2.8 drill → Ø3.7 drill → Ø4.3 drill → Ø4.8 drill → Ø5.5 drill → Ø6.0 fixture D2-3 Bone Point drill → Ø2.2 drill → Ø2.8 drill → Ø3.7 drill → Ø4.3 drill → Ø4.8 drill → Ø5.5 drill → Ø6.0 drill → Ø6.0 fixture D1 Bone Point drill → Ø2.2 drill → Ø2.8 drill → Ø3.7 drill → Ø4.3 drill → Ø4.8 drill → Ø5.5 drill → Ø6.0 drill → Ø6.0 tap drill → Ø6.0 fixture
KIT I-FIX Surgical Kit
Drilling Sequence ø2.0 Fixture Point drill → Ø1.3 straight drill → Ø2.0 fixture ø2.5 Fixture Point drill → Ø1.3 straight drill → Ø1.8 straight drill →Ø2.5 fixture ø3.0 Fixture Point drill → Ø1.3 straight drill → Ø1.8 straight drill → Ø2.3 straight drill →Ø3.0 fixture
96 | 97
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
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 i-Clean Fixture and s-Clean Fixture. It is easy to distinguish inside of the mouth or during operation due to color coding according to the shape and type. It can be also used in all kinds of dental autoclave just as other operating tools.
Surgical Tools Point drill Code
DPD
Round Bar Drill Code
DRB
Drill Extension Code
DDE
Ø2.2
10㎜
Parallel Pin 22.1㎜
2.1㎜
Code
DPP
10㎜
Ø2.8 Ø3.96
2.8㎜
Position Guide Code
DPG07
2.2㎜
98 | 99
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Depth gauge Diameter
Ø2.2
Ø2.8
Code
DDG22
DDG28
Straight twist drill
L
Diameter Length
Ø2.2
Ø2.8
Ø3.5
Ø4.2
8mm
DTD2208
DTD2808
DSTD3508
DSTD4208
10mm
DTD2210
DTD2810
DSTD3510
DSTD4210
12mm
DTD2212
DTD2812
DSTD3512
DSTD4212
14mm
DTD2214
DTD2814
DSTD3514
DSTD4214
L
Twist drill Diameter Length L
Ø3.5
Ø3.7
Ø4.1
Ø4.3
Ø4.8
Ø5.1
8mm
DTD3508 DTD3708 DTD4108 DTD4308 DTD4808 DTD5108
10mm
DTD3510 DTD3710 DTD4110 DTD4310 DTD4810 DTD5110
12mm
DTD3512 DTD3712 DTD4112 DTD4312 DTD4812 DTD5112
14mm
DTD3514 DTD3714 DTD4114 DTD4314 DTD4814 DTD5114
L
Pilot Drill 8.9㎜
Ø2.2 Ø2.8
Ø3.5
Ø2.8 Ø3.5
Ø4.2
Diameter
Ø2.8
Ø3.5
Ø4.2
Code
DSPD28
DSPD35
DSPD42
Tap Drill
14㎜ 12㎜ 10㎜
0.5㎜
Ø4.1
8㎜
Diameter
Ø3.5
Ø3.7
Ø4.1
Ø4.3
Ø4.8
Ø5.1
Code
DTM35
DTM37
DTR41
DTR43
DTW48
DTW51
Straight tap drill Diameter
Ø4.1
Ø4.8
Code
DSTR41
DSTW48
Ø4.8
i-Clean No-mount driver Code
DMMDI
i-Clean Ratchet driver Type
Short
Long
Code
DRMDIS
DRMDIL
s-Clean No-mount driver Code
DMMDS
s-Clean Ratchet driver Type
Short
Long
Code
DRMDSS
DRMDSL
100 | 101
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
Mount driver for machine Type
e-Clean 3.5 / Tap drill
Code
DMHD24
e-Clean 4.1 /
5.1
DMHD30
Mount driver for ratchet Type Code
e-Clean 3.5 / Tap drill
e-Clean 4.1 /
5.1
Short
Long
Short
Long
DRHDS24
DRHDL24
DRHDS30
DRHDL30
Hex driver Type
0.9 Hex
Code
DRD09
1.2 Hex
1.25 Hex
Short
Long
Short
Long
DRD12S
DRD12L
DRD125S
DRD125L
Solid driver Code
DSAD
Excellent Driver Code
DESAD
Octa driver Type
Short
Long
Code
DOADS
DOADL
Estheticone driver Type
4.1
5.1
Code
DEED
DEWD
Type
Short
Long
Code
DORADS
DORADL
O-ring driver
Torque ratchet Code
DTR
Ratchet wrench Code
DRW
102 | 103
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
SAVE Surgical Tools
SAVE twist drill 8㎜ 7㎜ 6㎜
8㎜ 7㎜ 6㎜
12㎜ 10㎜
Length
Diameter 5.5
6.0
8mm
DSD5508
DSD6008
12mm
DSD5512
DSD6012
5.5
6.0
12㎜ 10㎜
Tap drill Diameter Code
DTW55
DTW60
I-Fix Surgical Tools
2㎜ 16㎜ 13㎜
2㎜
10㎜
Straight twist drill Diameter
Ø1.3
Ø1.8
Ø2.3
Code
DMD13
DMD18
DMD23
Mini machine driver L
2㎜ 2㎜
Type
Length
Code
Short
26mm
DMMS
Long
31mm
DMML
Type
Length
Code
Short
26mm
DMRS
Long
31mm
DMRL
Mini ratchet driver
L 2㎜ 2㎜
ø1.8
10㎜
Depth gauge
16㎜ 13㎜
Code
DMDP
10㎜
ø1.3
104 | 105
ⅠGuide
Ⅱ Technique
Ⅲ Recommendation Ⅳ Construction
Ⅴ Surgical Kit
We actualize impressing our customers through elaborate service with devotion and high-tech engineering skills made with passion to achieve the best products.
Products would not be made if they are not of the best quality.