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Greetings from Neobiotech Co.,Ltd.
Neobiotech is the prior Implant manufacturer which was established on February 2000 and endeavored toprovide the best product and service under the mott of Implant service No.1.
Neobiotech launched CMI guarantee excellent operation in immediate placement, GBR, immediate loading andnot to mention of best product to upper posterior early 2007, while passing through the newborn process as ainnovation managerial of this company from 2007.
Year 2008, neobiotech released Sinus Crestal Approach tool of new method and brought out innovation to SinusImplant surgical operation. Also neobiotech launched SLA Kit, Sinus Lateral Approach which received praise andlove from the head of dentistry.
In mid year 2009, first time ever, neobiotech launched Neo FR Kit(Fixture Remover Kit) which can remove fixtureeasily from the surgery.Year 2010, neobiotech have launched Neo SR Kit(Screw Remover Kit) and from this, neobiotech have madeadvanced surgical solution series 1(SCA Kit), 2 (SLA Kit), 3(Neo FR Kit), 4 (Neo SR Kit).
In the future ahead, neobiotech will keep on innovating and launch new products.
In Neobiotech, we have a motto of development product as concept of 3S, which specially satisfy customer bySimple, Safe and Speedy. With this concept head of dentistry understand our 3S spirit and express satisfaction.
Neobiotech will get near to customers with attitude of listening courteously to customers' voice to collect yourvaluable opinion. Neobiotech always concern customer's thought and bring best satisfaction from both dentistry.
Furthermore, neobiotech promises to keep on researching and creating new product and launching very first newproduct to the World and become leading world implant market.
Neobiotech Chairman Neobiotech PresidentHeo Young-ku Kim In-ho
List of Contents
Neo CMI Implant
System Chart
EB Implant System
IT Implant System
Advantages of Neo CMI Implants
Neo CMI Implant Merits in Sinus the Maxillary Posterior Area
Neo CMI Implant Body Structure and Characteristics
SCRP� Prosthetics System
Advantages of SCRP� Multi Abutments
EB/IT/IS/S-Mini Implant System Chart
EB Fixture
Cover Screw
Healing Abutment
Temporary Abutment
Impression Coping
Lab Analog
Prosthetic Flow Chart
SCRP� Multi Abutment
Cement Hex Abutment
Cement Angled Abutment
UCLA Gold Abutment
UCLA Plastic Abutment
Ball Abutment
Housing & Retainer
O-Ring & Impression O-Ring
Ball Lab Analog
Ball Abutment Driver
IT Fixture
Cover Screw
Healing Abutment
Prosthetic Flow Chart
Solid Abutment
Excellent Solid Abutment
IT Abutment
Impression Coping
Lab Analog
6
6
7
8
10
12
18
19
19
20
20
21
22
24
25
26
27
28
30
30
31
32
32
34
34
34
35
38
40
42
44
44
IS-II active Fixture
IS-II Fixture
IS Fixture
Cover Screw
Healing Abutment
Temporary Abutment
Prosthetic Flow Chart
Hex Abutment
SCRP� Multi Abutment
Non-Hex Abutment
Solid Abutment
Angled Abutment
Shapable Abutment
Fixture Level Impression Coping
Abutment Level Plastic Impression Cap
Lab Analog
Plastic Coping
Protective Cap
UCLA Gold Abutment
UCLA Plastic Abutment
Ball Abutment
Housing & Retainer
O-Ring & Impression O-Ring
Ball Lab Analog
Ball Abutment Driver
S-Mini Fixture
Prosthetic Flow Chart
Impression Cap
Lab Analog
Protective Cap
Housing & Retainer
O-Ring & Impression O-Ring
Characteristics of Drill
Drilling Sequence
Surgical Guide(EB / IT / IS / IS II)
All-In-One Surgical KIT Composition
All-In-One Surgical KIT Components
IS Mini KIT Composition
IS Mini KIT Components
S-Wide KIT Composition
S-Wide KIT Components
46
47
48
49
49
49
50
53
54
55
56
57
58
59
60
60
61
61
62
62
63
63
64
64
64
66
68
69
69
69
70
70
72
73
74
82
83
87
88
91
92
IS Implant System
S-Mini System
Surgical KIT
SCA KIT
SLA KIT
Neo FR KIT
Neo SR KIT
CTi-mem
Ti-mesh
949597
102103104110112
118120121124126
132133
134
135138
140141
142
145148
152155159163
166166
S-Mini KIT CompositionS-Mini KIT Components
Other Surgical & Prosthetic Components
IntroductionSCA KIT CompositionSCA KIT Components
User GuideCase Reports
IntroductionSLA KIT CompositionSLA KIT Components
User GuideCase Reports
IntroductionNeo Fixture Remover KIT
CompositionNeo Fixture Remover KIT
ComponentsUser Guide
Case Reports
IntroductionNeo Screw Remover KIT
CompositionNeo Screw Remover KIT
ComponentsUser Guide
Screw Removal Sequence
IntroductionCTi-mem Components
User GuideCTi-mem Selection
IntroductionType of Ti-mesh
Neo CMI Implant System
6
Neo C
MI Im
plant
Initial fixation in D3-D4 bone is excellent due to minimal drilling and self-compaction.
If the bone's thickness is about 6~11mm, you will be able to gain sufficient initial fixation by
bicortical fixation.
Even though the bone thickness is only about 1~3mm, you can still get excellent initial stability.
Neo CMI Implants Merits in Sinus the Maxillary
Posterior Area
1
2
3
1 2 3
strengthens the advantages of straight body and taper
body and compensates for typical drawbacks. Thus, drilling and implanting
processes are quick and exact. Furthermore, initial fixation is excellent.
� Drilling and implanting processes are very safe, quick and easy.
� Self-tapping is possible(over 90%).
� Implant is easy and safe even in difficult situations such as mixed bone(hard-soft-hard).
� If the bone is D4 or D4-D3, implant is possible only through initial drilling.
� Initial fixation will be acquired enough even in sinus graft or sinus osteotome operation. One stage
approach is possible in 90% of the cases.
� Drill are compatible, since the body structure of external and internal implants are same.
Advantages of Neo CMI Implants
Neo C
MI Im
plant
Neo CMI Implant System
7
Neo CMI Implants Body Structure andCharacteristics
Magic Thread
Surface
Apex
The body is specially designed to endurevertical vertical force and lateral pressureeffectively.
The surface is treated by RBM which hasbeen proofed of long term verification ofstability.
Powerful and well-defined threads exist at thepeak of the apex. Drilling power is remarkableand initial fixation at the apex is excellent toboth immediate placement and immediateloading.
Microthread
Taper-Straight-Taper Body
It is designed for minimize the marginalbone loss and gain maximum fixation ofcrestal wall by microthread.
Drilling and implant insertion is easierand also have the design to endure biteforces and tension.
Platform SwitchingBetween Implant and abutment, minimizethe microgap and maximize biologicwidth in order to minimize the bone loss.
�1 �4
�500 �5,000
Human histology of a Neo CMI Implant(EBfixture) 6 months after immediate loading
RBM surface of Neo CMI Implant
SCRP® Prosthetics System(External)
8
Neo C
MI Im
plant
SCRP� prosthetics can be applied to Neo CMI Implant EB system. If the
degree between implants (in prosthetic structures that connect single as well as ultiple implants) is within 45,
prosthetic structure can be installed by using SCRP� multi-abutment.
�When SCRP� prosthetic structure is produced by using an entire hexa abutment, attaching anddetaching the structure can be difficult due to the blockage of the insertion path.
� If SCRP� prosthetic structure is produced by using Neobiotech's multi-abutments, each abutment canbe repositioned to implants. Attaching and detaching is easy even in implants with a degree that is within45.
Hex Abutment
SCRP� Multi Abutment
SCRP®
Prosthetics System(External)
When fixing multi abutment to fixture, user have to use “abutment positioned for exactposition” of hex and direction of prosthesis.
AbutmentPositioner
SCRP® Prosthetics System(Internal Submerged)N
eo CM
I Imp
lant
9
SCRP®
Prosthetics System(Internal Submerged)
Hex Abutment
SCRP� Multi Abutment
SCRP� prosthetics can be applied to Neo CMI Implant IS system. If the degree
between implants (in prosthetic structures that connect single as well as multiple implants) is within 15,
prosthetic structure can be installed by using SCRP� multi-abutment.
�When SCRP� prosthetic structure is produced by using an entire hexa abutment, attaching anddetaching the structure can be difficult due to the blockage of the insertion path.
When fixing multi abutment to fixture, user have to use “abutment positioned for exactposition” of hex and direction of prosthesis.
AbutmentPositioner
� If SCRP� prosthetic structure is produced by using Neobiotech's multi-abutments, each abutmentcan be repositioned to implants. Attaching and detaching is easy even in implants with a degreethat is within 15.
Advantages of SCRP® Multi Abutments
10
Neo C
MI Im
plant
� Specified abutments for SCRP� that applied to multiple implants.
� A multi-abutment can be repositioned in the oral cavity without a jig.
� Passive fit between implants and prosthetic structure can be acquired easily.
� Prosthetic Structure is easy to remove and minimize the damages.
� As a final cement is used, the risk of washing-out is minimal.
� Cementation of the washed-out abutment can be performed again.
� Cement under sub-gingival region can be easily removed and polished.
� Easy to manufacture
� Economical
SCRP� Multi Abutment
Advantages of SCRP®
Multi Abutments
It is an implant prosthetic system that composes the advantages of screw andcement types and removes drawbacks. Because the SCRP� system is simple, clinical& laboratory procedure is time-saving and cost-effective. Passive fit can be madeeasily and can be applied to narrow interocclusal spaces. Moreover, it can beremoved easily anytime you want.
SCRP®System?
External Internal Submerged
EB Implant System Chart
12
Neo C
MI Im
plant
EB Implant System Chart
FixtureHealing &
AbutmentImpression Lab
Cover screw coping analog
Healingabutment
Cem
entU
CLA
Temp
oraryB
all
EB Fixture
EB S-WideFixture
Cover screw
Angled
Straight
Labanalog
Gold
Plastic
Temporary
Single SCRP� multi
Single
Single SCRP� multi Non-hex
Single SCRP� multi Non-hex
Single SCRP� multi Non-hex
SCRP� multi
Hex
Non-hex
Transfer
Pick-up
Balllab analog
O-ring
Ballabutment
driver
O-ring
Retainer
Housing
Ball
Abutmentpositioner
Retainer
Housing
Impression coping
positionerHex
Non-hex
IT Implant System ChartN
eo CM
I Imp
lant
13
ITFixture
FixtureHealing &
AbutmentImpression Lab
Cover screw coping analog
Healingabutment
Cem
entU
CLA
Solid
Cover screw
Straight / Angled
Solid / Excellent solid
Labanalog
Solid labanalog
Plastic
Octa Non-octa
Gold
Octa Non-octa
Octa
Non-octa
Octa
Non-octa
Positioningcylinder
Impression cap
Shoulderanalog
Transfer
Pick-up
IT Implant System Chart
Impression coping
positioner
IS Implant System Chart
14
Neo C
MI Im
plant
IS Implant System Chart
Hex
Hex Non-hex
Non-hex
Hex
SCRP� multi
Hex
Non-hex
Non-hex
Transfer
Pick-up
Impressioncap
Fixturelevel
Abutmentlevel
Balllab analog
FixtureHealing &
AbutmentImpression Lab
Cover screw coping analog
Healingabutment
Cem
entS
olidTem
porary
Ball
UC
LA
Cover screw
Straight
Angled
Shapable
Solid
Temporary
Ball
SCRP� multi
Hex Non-hex
Hex Non-hex
SCRP� multi
Hex Non-hexSCRP� multi
Abutmentpositioner
Hex Non-hex
Gold Plastic
Ballabutment
driver
O-ring
Retainer
Housing
O-ring
Retainer
Housing
Impression coping
positioner
IS
IS S-Wide
IS-II
IS-IIS-Wide
IS-II active
Neo C
MI Im
plant
15
S-Mini Implant System Chart
Protectivecap
Impressioncap
Lab analog(Normal Type)
Lab analog(Modifying Type)
Balllab analog
S-MiniFixture
(Cement)
Fixture Impression Lab analog Protective cap
Fixture Denture Impression Lab analog
S-MiniFixture(Ball)
O-ring
Retainer
Housing
O-ring
Retainer
Housing
S-Mini Implant System Chart
|Cement
|Ball
EB Fixture
Cover Screw
Healing Abutment
Temporary Abutment
Impression Coping
Lab Analog
Prosthetic Flow Chart
SCRP�
Multi Abutment
Cement Abutment
Cement Angled Abutment
UCLA Gold Abutment
UCLA Plastic Abutment
Ball Abutment
Housing & Retainer
O-Ring & Impression O-Ring
Ball Lab Analog
Ball Abutment Driver
18
19
19
20
20
21
22
24
25
26
27
28
30
30
31
32
32
Contents
EB
Implant S
ystem
EB External System
18
Diameter
Type Diameter(�) Hex Length(mm) Product Name
Narrow _ Branemark Compatible
Regular _ Hexa height 0.7mm All Compatible (ex : Branemark, 3i, Lifecore ect.)
Wide(3i) _ 3i Compatible
Wide(Branemark) _ Branemark Compatible
S-Wide(Branemark) _ Branemark Compatible
Length
10.0 EB 310
Narrow 3.5 2.4 11.5 EB 311
13.0 EB 313
7.0 EB 407
8.5 EB 408
4.0 2.7 10.0 EB 410
11.5 EB 411
13.0 EB 413Regular
7.0 EB 4507
8.5 EB 4508
4.5 2.7 10.0 EB 4510
11.5 EB 4511
13.0 EB 4513
7.0 EBI 507
8.5 EBI 508
Wide(3i) 5.0 2.7 10.0 EBI 510
11.5 EBI 511
13.0 EBI 513
7.0 EBB 507
8.5 EBB 508Wide
5.0 3.4 10.0 EBB 510(Branemark)
11.5 EBB 511
13.0 EBB 513
Hex
EB Fixture
Diameter
Length
EB S-Wide Fixture
Platform
� Abutment is compatible with external branemark type.
Type Platform(�) Diameter(�) Hex Length(mm) Product Name
7.0 EBB 5507
8.5 EBB 5508
5.0 5.5 3.4 10.0 EBB 5510
11.5 EBB 5511
13.0 EBB 5513S-wide
7.0 EBB 607
8.5 EBB 608
5.0 6.0 3.4 10.0 EBB 610
11.5 EBB 611
13.0 EBB 613
EB External SystemE
B Im
plant System
19
Cover Screw
|Head Type
|Headless Type
Diameter
Type Diameter(�) Product Name
Type Product Name
Regular ECR 400
Narrow 3.7 ECHN 300
Regular 4.3 ECHR 400
Wide(3i) 5.2 ECHI 500
Wide/S-Wide(B) 5.2 ECHB 500
Diameter
Cuff
Healing Abutment
Type Diameter(�) Cuff(mm) Product Name
2.0 EHN 402
3.0 EHN 403
Narrow 4.8 4.0 EHN 404
5.0 EHN 405
6.0 EHN 406
2.0 EHR 502
3.0 EHR 503
5.5 4.0 EHR 504
5.0 EHR 505
6.0 EHR 506Regular
2.0 EHR 602
3.0 EHR 603
6.0 4.0 EHR 604
5.0 EHR 605
6.0 EHR 606
2.0 EHI 602
3.0 EHI 603Wide(3i) 6.0 4.0 EHI 604
5.0 EHI 605
2.0 EHB 602
Wide/S-Wide 3.0 EHB 603
(Branemark) 6.0 4.0 EHB 604
5.0 EHB 605
EB
Implant S
ystem
EB External System
Impression Coping
Temporary Abutment
|Pick-up
SCRP�
Multi
Type Diameter(�) Product Name Screw
Narrow 4.0 EBIPS 411 EBPIS 16
Regular 4.5 EBIPS 511 EBPIS 20
Wide(3i) 5.5 EBIPSI 611 EBPIS 20
Wide/S-Wide(B) 5.5 EBIPS 611 EBPIS 25
Hex
Type Diameter(�) Product Name Screw
Narrow 4.0 EBIPH 411 EBPIS 16
Regular 4.5 EBIPH 511 EBPIS 20
Wide(3i) 5.5 EBIPHI 611 EBPIS 20
Wide/S-Wide(B) 5.5 EBIPH 611 EBPIS 25
Non-Hex
Type Diameter(�) Product Name Screw
Narrow 4.0 EBIPN 411 EBPIS 16
Regular 4.5 EBIPN 511 EBPIS 20
Wide(3i) 5.5 EBIPNI 611 EBPIS 20
Wide/S-Wide(B) 5.5 EBIPN 611 EBPIS 25
SCRP�
Multi
Type Diameter(�) Product Name Screw
Narrow 4.5 EASTN 300 CSHS 16
Regular 5.2 EASTR 400 CSHS 20
Wide(3i) 5.7 EASTI 500 CSHS 20
Wide/S-Wide(B) 5.7 EASTB 500 CSHS 25
Hex
Type Diameter(�) Product Name Screw
Narrow 4.5 EAHTN 300 CSHS 16
Regular 5.2 EAHTR 400 CSHS 20
Wide(3i) 5.7 EAHTI 500 CSHS 20
Wide/S-Wide(B) 5.7 EAHTB 500 CSHS 25
Non-Hex
Type Diameter(�) Product Name Screw
Narrow 4.5 EANTN 300 CSHS 16
Regular 5.2 EANTR 400 CSHS 20
Wide(3i) 5.7 EANTI 500 CSHS 20
Wide/S-Wide(B) 5.7 EANTB 500 CSHS 25
20
Diameter
Diameter
EB
Implant S
ystem
21
EB External System
Impression Coping
Lab Analog
|Transfer
Diameter
Type Diameter(�) Product Name
Narrow 3.5 EBAN 30
Regular 4.1 EBAR 40
Wide(3i) 5.0 EBAI 50
Wide/S-Wide(B) 5.0 EBAB 50
Hex
Type Diameter(�) Product Name Screw
Narrow 4.8 EBITH 411 EBTIS 16
Regular 5.5 EBITH 511 EBTIS 20
Wide(3i) 6.0 EBITHI 611 EBTIS 20
Wide/S-Wide(B) 6.0 EBITH 611 EBTIS 25
Non-Hex
Type Diameter(�) Product Name Screw
Narrow 4.8 EBITN 411 EBTIS 16
Regular 5.5 EBITN 511 EBTIS 20
Wide(3i) 6.0 EBITNI 611 EBTIS 20
Wide/S-Wide(B) 6.0 EBITN 611 EBTIS 25
Product Name
FDHSET 01
|Impression Coping Positioner
Image of impression coping andabutment has combined
Diameter
EB External System
22
EB
Implant S
ystem
External Abutment
Straight UCLA Gold Abument
Angled UCLA Plastic Abument
EB Fixture
Lab analog
Cover Screw Healing abutment
Pick-up Transfer Impression copingpositioner
SCRP� multiSCRP� multi
HexNon-hexHex
SCRP� multiDouble hex
Non-hexHex
1.2 Hex driver0.9 Hex driver
Prosthetic Flow Chart
AbutmentPositioner
EB External SystemE
B Im
plant System
23
EB Ball Abutment
EB Fixture
Ball abutment driver
Ball abutment
Lab analog
Prosthetic Flow Chart
Lab Clinical Housing Retainer
Housing Retainer
Cover Screw Healing abutment
1.2 Hex driver0.9 Hex driver
EB
Implant S
ystem
EB External System
24
SCRP�
Multi Abutment
Diameter
Length
Cuff
Type Diameter(�) Cuff(mm) Length(mm) Product Name Screw
1.0 EASN 418
2.0 EASN 428Narrow 4.5
3.08.0
EASN 438CSHS 16
4.0 EASN 448
1.0 EASR 416
2.0 EASR 4264.5
3.06.0
EASR 436CSHS 20
4.0 EASR 446
1.0 EASR 516
2.0 EASR 526
3.06.0
EASR 536CSHS 20
4.0 EASR 5465.2
1.0 EASR 518
2.0 EASR 528Regular
3.08.0
EASR 538CSHS 20
4.0 EASR 548
1.0 EASR 616
2.0 EASR 626
3.06.0
EASR 636CSHS 20
4.0 EASR 6465.7
1.0 EASR 618
2.0 EASR 628
3.08.0
EASR 638CSHS 20
4.0 EASR 648
1.0 EASI 616
2.0 EASI 626
3.06.0
EASI 636CSHS 20
4.0 EASI 646Wide(3i) 5.7
1.0 EASI 618
2.0 EASI 628
3.08.0
EASI 638CSHS 20
4.0 EASI 648
1.0 EASB 616
2.0 EASB 626
3.06.0
EASB 636CSHS 25
Wide/S-Wide 4.0 EASB 646
(Branemark)5.7
1.0 EASB 618
2.0 EASB 628
3.08.0
EASB 638CSHS 25
4.0 EASB 648
EB
Implant S
ystemEB External System
25
Type Diameter(�) Cuff(mm) Length(mm) Product Name Screw
Diameter
Length
Cuff
1.0 EAHN 418
2.0 EAHN 428Narrow 4.5
3.08.0
EAHN 438CSHS 16
4.0 EAHN 448
1.0 EAHR 516
2.0 EAHR 526
3.06.0
EAHR 536CSHS 20
4.0 EAHR 5465.2
1.0 EAHR 518
2.0 EAHR 528
3.08.0
EAHR 538CSHS 20
4.0 EAHR 548Regular
1.0 EAHR 616
2.0 EAHR 626
3.06.0
EAHR 636CSHS 20
4.0 EAHR 6465.7
1.0 EAHR 618
2.0 EAHR 628
3.08.0
EAHR 638CSHS 20
4.0 EAHR 648
1.0 EAHI 616
2.0 EAHI 626Wide(3i) 5.7
3.06.0
EAHI 636CSHS 20
4.0 EAHI 646
1.0 EAHB 616
Wide/S-Wide 2.0 EAHB 626
(Branemark)5.7
3.06.0
EAHB 636CSHS 25
4.0 EAHB 646
Cement Hex Abutment
EB
Implant S
ystem
EB External System
26
Cement Angled Abutment
Type Diameter(�) Cuff(mm) Length(mm) Product Name Screw
15�
Diameter
Length
Cuff
Diameter
Length
Cuff
2.0 EAHAN 1427Narrow 4.5
3.07.0
EAHAN 1437CSHS 16
2.0 EAHAR 15275.2
3.07.0
EAHAR 1537CSHS 20
Regular2.0 EAHAR 1627
5.73.0
7.0EAHAR 1637
CSHS 20
2.0 EAHAI 1627Wide(3i) 5.7
3.07.0
EAHAI 1637CSHS 20
Wide/S-Wide 2.0 EAHAB 1627(Branemark) 5.7
3.07.0
EAHAB 1637CSHS 25
Type Diameter(�) Cuff(mm) Length(mm) Product Name Screw
25�
2.0 EAHAN 2427Narrow 4.5
3.07.0
EAHAN 2437CSHS 16
2.0 EAHAR 2527Regular 5.2
3.07.0
EAHAR 2537CSHS 20
2.0 EAHAI 2627Wide(3i) 5.7
3.07.0
EAHAI 2637 CSHS 20
Wide/S-Wide 2.0 EAHAB 2627(Branemark) 5.7
3.07.0
EAHAB 2637CSHS 25
EB
Implant S
ystemEB External System
27
Diameter
Diameter
Hex
Type Diameter(�) Platform(mm) Product Name Screw
Narrow 4.0 3.5 EUGHN 300 CSHS 16
Regular 4.5 4.1 EUGHR 400 CSHS 20
Wide(3i) 5.5 5.0 EUGHI 500 CSHS 20
Wide/S-Wide(Branemark)
5.5 5.0 EUGHB 500 CSHS 25
SCRP�
Multi
Type Diameter(�) Platform(mm) Product Name Screw
Narrow 4.0 3.5 EUGSN 300 CSHS 16
Regular 4.5 4.1 EUGSR 400 CSHS 20
Wide(3i) 5.5 5.0 EUGSI 500 CSHS 20
Wide/S-Wide(Branemark)
5.5 5.0 EUGSB 500 CSHS 25
UCLA Gold Abutment
EB
Implant S
ystem
EB External System
28
UCLA Gold Abutment
Diameter
Non-Hex
Type Diameter(�) Platform(mm) Product Name Screw
Narrow 4.0 3.5 EUGNN 300 CSHS 16
Regular 4.5 4.1 EUGNR 400 CSHS 20
Wide(3i) 5.5 5.0 EUGNI 500 CSHS 20
Wide/S-Wide(Branemark)
5.5 5.0 EUGNB 500 CSHS 25
Diameter
Hex
Type Diameter(�) Platform(mm) Product Name Screw
Narrow 4.0 3.5 EUPHN 300 CSHS 16
Regular 4.5 4.1 EUPHR 400 CSHS 20
Wide(3i) 5.5 5.0 EUPHI 500 CSHS 20
Wide/S-Wide(Branemark)
5.5 5.0 EUPHB 500 CSHS 25
UCLA Plastic Abutment
EB
Implant S
ystemEB External System
29
UCLA Plastic Abutment
Diameter
Diameter
SCRP�
Multi
Type Diameter(�) Platform(mm) Product Name Screw
Narrow 4.0 3.5 EUPSN 300 CSHS 16
Regular 4.5 4.1 EUPSR 400 CSHS 20
Wide(3i) 5.5 5.0 EUPSI 500 CSHS 20
Wide/S-Wide(Branemark)
5.5 5.0 EUPSB 500 CSHS 25
Non-Hex
Type Diameter(�) Platform(mm) Product Name Screw
Narrow 4.0 3.5 EUPNN 300 CSHS 16
Regular 4.5 4.1 EUPNR 400 CSHS 20
Wide(3i) 5.5 5.0 EUPNI 500 CSHS 20
Wide/S-Wide(Branemark)
5.5 5.0 EUPNB 500 CSHS 25
EB
Implant S
ystem
EB External System
30
Ball Abutment
Type Diameter(�) Hex Cuff(mm) Product Name
2.0 EABAN 200
Narrow 3.5 2.4 3.0 EABAN 300
4.0 EABAN 400
2.0 EABAR 200
Regular 4.1 2.7 3.0 EABAR 300
4.0 EABAR 400
2.0 EABAI 200
Wide(3i) 5.0 2.7 3.0 EABAI 300
4.0 EABAI 400
2.0 EABAB 200
Wide/S-Wide(B) 5.0 3.4 3.0 EABAB 300
4.0 EABAB 400
- Abutment that connects the overdenture and implant
- Use Ball Abutment Driver
- Compensate maximum path of 20 degree
- Tighten torque: 30NcmCuff
Diameter
Housing & Retainer
|Housing
Diameter(�) Length(mm) Product Name
5.0 4.0 BAH 40
- Features detachable of Ball Abutment Overdenture by inserting impressionO-Ring as final.
Length
Diameter
EB External SystemE
B Im
plant System
31
O-Ring & Impression O-Ring
Type Diameter(�) Color Product Name
Clinical Orange BAORING
Lab4.5
Black BAOIMP
- lab, clinical there are two kinds of clinical use and O-ring & ImpressionO-ring can be inserted with Housing or Retainer.
- lab O-Ring is specially designed and the following acts are listed below.
�Prevents the resin flowing into the under of Housing or Retainer, while making a final resin
denture at laboratory.
�Prevents the resin flowing into the under of Housing or Retainer, while inserting Housing or
Retainer within denture directly at the office.
Housing & Retainer
|Retainer
Diameter(�) Length(mm) Product Name
5.0 2.0 BAR 20
- In case of occlusion interval is lower use retainer instead of housing. Length
Diameter
Diameter
Lab
Clinical
EB External System
32
EB
Implant S
ystem
Ball Lab Analog
Diameter(�) Length(mm) Product Name
3.5 17.1 BALA 350
- A ball abutment of oral implementation on model of ball abutment(abutment level)
- Compatible with EB / IS / S-Mini(ball)
Ball Abutment Driver
- A tool used to connect or disconnect the ball abutment to the fixture.
Diameter(�) Length(mm) Hex Product Name
5.0 25 2.4 BADH 24
Length
Diameter
Length
Diameter
Hex
IT Fixture
Cover Screw
Healing Abutment
Prosthetic Flow Chart
Solid Abutment
Excellent Solid Abutment
IT Abutment
Impression Coping
Lab Analog
34
34
34
35
38
40
42
44
44
Contents
IT Implant S
ystem
IT Internal System
34
Cover Screw
Healing Abutment
Type Diameter(�) Platform(�) G.Collar(mm) Length(mm) Product Name
Diameter
Diameter
Cuff
Diameter
Platform
Length
G.Collar 10.0 IT 1310
Narrow 3.5 4.8 1.8 11.5 IT 1311
13.0 IT 1313
8.5 IT 1408
10.0 IT 1410Regular 4.0 4.8 1.8
11.5 IT 1411
13.0 IT 1413
8.5 IT 1508
10.0 IT 1510Wide 5.0 4.8 1.8
11.5 IT 1511
13.0 IT 1513
Diameter
Type Diameter(�) Product Name
Small 3.5 ITCS 10
Large 6.0 ITCS 20
Type Diameter(�) Cuff(mm) Product Name
2.0 IUTH 502
Standard 5.5 3.0 IUTH 503
4.0 IUTH 504
IT Fixture
IT Implant S
ystemIT Internal System
35
Solid Abutment
IT Fixture
Plastic coping (single) Plastic coping (bridge)
Abutment driver Solid abutment Protective cap
Analog Shoulder analog
Healing abutment 1.2 Hex driverCover screw
Prosthetic Flow Chart
Normal Modified
Positioning cylinderImpression cap Impression cap
Plastic coping (single) Plastic coping (bridge)
IT Internal System
36
IT Implant S
ystem
Prosthetic Flow Chart
Excellent Solid Abutment
IT Fixture
Plastic coping (single) Plastic coping (bridge)
Abutment driver Excellent solid abutment Protective cap
Analog Shoulder analog
Healing abutment 1.2 Hex driverCover screw
Normal Modified
Positioning cylinderImpression cap Impression cap
Plastic coping (single) Plastic coping (bridge)
IT Internal SystemIT Im
plant System
37
IT Fixture
IT Abutment
Cover screwHealing abutment
Pick-up Transfer
Lab analog
Cement abutment Angled abutment
Octa Non-OctaOcta Non-Octa
UCLA gold
Octa Non-Octa
UCLA plastic
1.2 Hex driver
Impression copingpositioner
Prosthetic Flow Chart
IT Internal System
38
IT Implant S
ystem
Solid Abutment
|Solid Abutment
Diameter
Length
Length
Diameter
Length
Diameter(�) Length(mm) Product Name
4.0 ITSR 40
3.5 5.5 ITSR 55
7.0 ITSR 70
|Protective Cap
Diameter(�) Length(mm) Product Name
4.0 ITPR 40
5.5 5.5 ITPR 55
7.0 ITPR 70
|Solid Positioning Cylinder
Inner Length(mm) Color Product Name
4.0 Yellow ITYR 40
5.5 Gray ITYR 55
7.0 Blue ITYR 70
|Solid Lab Analog
Length(mm) Color Product Name
4.0 Yellow ITAR 40
5.5 Metal ITAR 55
7.0 Blue ITAR 70
IT Implant S
ystemIT Internal System
39
|Solid Impression Cap
|Solid Shoulder Analog
|Solid Plastic Coping
Product Name
Type Product NameSingle
Bridge
ITIR 00
Product Name
ITAS 00
Single ITPRCR
Bridge ITPRBR
Solid Abutment
IT Implant S
ystem
IT Internal System
40
Excellent Solid Abutment
Length
Diameter
Length
Length
|Excellent Solid Abutment
Diameter(�) Length(mm) Product Name
4.0 ITSE 404
4.3 5.5 ITSE 405
7.0 ITSE 407
|Protective Cap
Length(mm) Product Name
4.0 ITPTC 40
5.5 ITPTC 55
7.0 ITPTC 70
|Solid Positioning Cylinder
Inner Length(mm) Color Product Name
4.0 Yellow ITEPC 40
5.5 Gray ITEPC 55
7.0 Blue ITEPC 70
|Solid Lab Analog
Length(mm) Color Product Name
4.0 Yellow ITELA 440
5.5 Metal ITELA 455
7.0 Blue ITELA 470
IT Internal SystemIT Im
plant System
41
|Solid Impression Cap
|Solid Plastic Coping
Single
Bridge
Product Name
ITEIC 00
Type Product Name
Single ITHPC
Bridge ITNPC
Excellent Solid Abutment
IT Internal System
42
IT Implant S
ystem
IT Abutment
|Cement Abutment
Diameter
Cuff
Diameter
Diameter
|UCLA Gold Abutment
Type Diameter(�) Product Name
Octa 5.5 ITUGO 500
Non-Octa 5.5 ITUGN 500
|UCLA Plastic Abutment
Type Diameter(�) Product Name
Octa 5.5 ITUPO 500
Non-Octa 5.5 ITUPN 500
Diameter(�) Type Cuff(mm) Product Name
0 ICO 500
1.0 ICO 510
Octa 2.0 ICO 520
3.0 ICO 530
5.54.0 ICO 540
0 ICN 500
1.0 ICN 510
Non-Octa 2.0 ICN 520
3.0 ICN 530
4.0 ICN 540
� Abutment screw is used as ITCS20S.
� Abutment screw is used as ITCS20S.
� Abutment screw is used as ITCS20S.
IT Internal SystemIT Im
plant System
43
|Collared Pre-Angled Abutment
- Use when the gum is thick or the fixture was deeply implanted.
- The path of implant can be fixed in 16 directions, as there are A-type that formsangle centering on the edge of octa and B-type that forms angle centering onsurface.
- TiN coating that considers aesthetics.
- Connects abutment screw(code : ITCS20S) using 1.2 hex driver
|Pre-Angled Abutment
Type Angle Product Name
15� IAO 310AAngle to the edge
25� IAO 320A
15� IAO 310BAngle to the flat wall
25� IAO 320B
Diameter(�) Angle Type Cuff(mm) Product Name
1.0 IAO 511AA
2.0 IAO 512A15�
1.0 IAO 511BB
2.0 IAO 512B5.5
1.0 IAO 521AA
2.0 IAO 522A25�
1.0 IAO 521BB
2.0 IAO 522B
Diameter(�) Angle Cuff(mm) Product Name
1.0 IAN 51115�
2.0 IAN 5125.5
1.0 IAN 52125�
2.0 IAN 522
IT Abutment
� Abutment screw is used as ITAS20S.
� Abutment screw is used as ITCS20S.
� Abutment screw is used as ITCS20S.
Octa
Non-Octa
IT Implant S
ystem
IT Internal System
44
Impression Coping
Lab Analog
|Pick-up
Type Product Name
Octa ITIPO 511
Non-Octa ITIPN 511
|Transfer
Type Product Name
Octa ITITO 511
Non-Octa ITITN 511
Product Name
ITLA 50
� Impression Coping Screw is used as ITPIS20.
� Impression Coping Screw is used as ITTIS20.
Product Name
FDHSET 01
|Impression Coping Positioner
Image of impression coping andabutment has combined
IS-II active Fixture
IS-II Fixture
IS Fixture
Cover Screw
Healing Abutment
Temparary Abutment
Prosthetic Flow Chart
Hex Abutment
SCRP�
Multi Abutment
Non-Hex Abutment
Solid Abutment
Angled Abutment
Shapable Abutment
Fixture Level Impression Coping
Abutment Level Plastic Impression Coping
Lab Analog
Plastic Coping
Protective Cap
UCLA Gold Abutment
UCLA Plastic Abutment
Ball Abutment
Housing & Retainer
O-Ring & Impression O-Ring
Ball Lab Analog
Ball Abutment Driver
46
47
48
49
49
49
50
53
54
55
56
57
58
59
60
60
61
61
62
62
63
63
64
64
64
Contents
IS Im
plant System
IS Internal Submerged System
46
Diameter
Platform
Length
Type Diameter(�) Platform(�) Hex Length(mm) Product Name
8.5 BIS 3508A
10.0 BIS 3510ANarrow 3.5 3.5 2.5
11.5 BIS 3511A
13.0 BIS 3513A
7.3 BIS 4007A
8.5 BIS 4008A
Regular 4.0 3.7 2.5 10.0 BIS 4010A
11.5 BIS 4011A
13.0 BIS 4013A
7.3 BIS 4507A
8.5 BIS 4508A
Regular 4.5 3.9 2.5 10.0 BIS 4510A
11.5 BIS 4511A
13.0 BIS 4513A
7.3 BIS 5007A
8.5 BIS 5008A
Wide 5.0 4.4 2.5 10.0 BIS 5010A
11.5 BIS 5011A
13.0 BIS 5013A
IS-II active Fixture
Characteristic of CMI IS-II active
��Strong and fast osseoin-tegration by SLA surface with10years surface treatmenttechnique
> CMI active surfaceCMI active surfaceNo impurities on implant surface.
2. Bioseal is unique designto minimize bone loss bymaximizing sealing effect ofsoft tissue
���CCoronal macrothreaddesign is good for Imme-diate placement /loading atcortical bone
4. Magic thread (Reversedthread type) is designed toresist strongly againstocclusive force and lateralforce in the long term. So,Operator can experiencestable insertion and stronginitial stability with Magicthread.
> Bio sealApplication of machinedsurface & Micro groove on0.5mm of upper part.
> Coronal MacrothreadOptimal Primary stability.
> Magic ThreadStrong primary stability byreversed and taperedthread design.
IS Internal Submerged SystemIS
Implant S
ystem
47
Diameter
Length
Type Diameter(�) Platform(�) Hex Length(mm) Product Name
8.5 BIS 3508
10.0 BIS 3510Narrow 3.5 3.7 2.5
11.5 BIS 3511
13.0 BIS 3513
7.3 BIS 4007
8.5 BIS 4008
Regular 4.0 4.1 2.5 10.0 BIS 4010
11.5 BIS 4011
13.0 BIS 4013
7.3 BIS 4507
8.5 BIS 4508
Regular 4.5 3.9 2.5 10.0 BIS 4510
11.5 BIS 4511
13.0 BIS 4513
7.3 BIS 5007
8.5 BIS 5008
Wide 5.0 4.4 2.5 10.0 BIS 5010
11.5 BIS 5011
13.0 BIS 5013
IS II Fixture
IS II S-Wide Fixture
Diameter
Length
Type Diameter(�) Platform(�) Hex Length(mm) Product Name
7.3 BIS 5507
8.5 BIS 5508
5.5 4.5 2.5 10.0 BIS 5510
11.5 BIS 5511
13.0 BIS 5513
7.3 BIS 6007
8.5 BIS 6008
wide 6.0 4.9 2.5 10.0 BIS 6010
11.5 BIS 6011
13.0 BIS 6013
7.3 BIS 7007
8.5 BIS 7008
7.0 5.8 2.5 10.0 BIS 7010
11.5 BIS 7011
13.0 BIS 7013
Platform
Platform
IS Internal Submerged System
48
IS Im
plant System
Diameter
Platform
Length
Type Diameter(�) Platform(�) Hex Length(mm) Product Name
8.5 IS 308
10.0 IS 310Narrow 3.5 3.5 2.5
11.5 IS 311
13.0 IS 313
7.3 IS 407
8.5 IS 408
Regular 4.0 3.6 2.5 10.0 IS 410
11.5 IS 411
13.0 IS 413
7.3 IS 4507
8.5 IS 4508
Regular 4.5 3.6 2.5 10.0 IS 4510
11.5 IS 4511
13.0 IS 4513
7.3 IS 507
8.5 IS 508
Wide 5.0 3.75 2.5 10.0 IS 510
11.5 IS 511
13.0 IS 513
IS Fixture
IS S-Wide Fixture
Diameter
Length
Type Diameter(�) Platform(�) Hex Length(mm) Product Name
7.3 IS 5507
8.5 IS 5508
5.5 4.1 2.5 10.0 IS 5510
11.5 IS 5511
13.0 IS 5513
7.3 IS 607
8.5 IS 608
S-wide 6.0 4.4 2.5 10.0 IS 610
11.5 IS 611
13.0 IS 613
7.3 IS 707
8.5 IS 708
7.0 5.4 2.5 10.0 IS 710
11.5 IS 711
13.0 IS 713
Platform
IS Im
plant System
49
IS Internal Submerged System
Healing Abutment
Cover Screw
Diameter
Cuff
� Regular : IS 407, IS 4507 / Wide : IS 507 / S-Wide : IS 5507, IS 607, IS 707 are matched with ISN30
Type Product NameNarrow ISN 300
Regular ISC 400
Wide/S-Wide ISC 400
Diameter(�) Cuff(mm) Product Name
2.0 ISH 402
3.0 ISH 403
4.8 4.0 ISH 404
5.0 ISH 405
6.0 ISH 406
2.0 ISH 502
3.0 ISH 503
5.5 4.0 ISH 504
5.0 ISH 505
6.0 ISH 506
2.0 ISH 602
3.0 ISH 603
6.0 4.0 ISH 604
5.0 ISH 605
6.0 ISH 606
2.0 ISH 702
3.0 ISH 703
6.8 4.0 ISH 704
5.0 ISH 705
6.0 ISH 706
Temporary Abutment
Type Length(mm) Product Name
6.0 ISAHT 560Hex
8.0 ISAHT 580
�5.2
Length
Hex
Type Length(mm) Product Name
6.0 ISANT 560Non-Hex
8.0 ISANT 580
Non-Hex
� Abutment Screw is used as ISCS20
� Abutment Screw is used as ISCS20
IS Internal Submerged System
50
IS Im
plant System
IS Solid Abutment
IS Fixture
Plastic coping
1.2 Hex driver Solid abutment
Impression cap
Protective cap
Healing abutment Cover screw
1.2 Hex driver
Prosthetic Flow Chart
Lab analog
IS Internal Submerged SystemIS
Implant S
ystem
51
Prosthetic Flow Chart
IS Fixture
IS Cement Abutment
Healing abutment Cover screw
Pick up
Impression cap
Transfer
1.2 Hex driver
Lab analog
Lab analog
Plastic coping
Hex Non-hex
Impression coping positioner
Hex Non-hexSCRP�
multi
Hex Non-hexSCRP�
multi
Abutmentpositioner
Abutmentpositioner
Hex Non-hex
Hex Non-hexSCRP�
multi
Gold
PlasticAngled
Shapable
Straight
Hex Non-hexSCRP�
multi
IS Internal Submerged System
52
IS Im
plant System
Prosthetic Flow Chart
IS Ball Abutment
IS Fixture
Ball abutment driver
Ball abutment
Lab analog
Healing abutment Cover screw
1.2 Hex driver
Lab Clinical Housing Retainer
Housing Retainer
IS Internal Submerged SystemIS
Implant S
ystem
53
Cuff
Diameter
Length
Diameter(�) Length(mm) Cuff(mm) Product Name
1.0 ISAH 4142.0 ISAH 424
4.53.0 ISAH 4344.0 ISAH 4441.0 ISAH 4152.0 ISAH 425
4.5 5.53.0 ISAH 4354.0 ISAH 4451.0 ISAH 4172.0 ISAH 427
7.03.0 ISAH 4374.0 ISAH 4471.0 ISAH 5142.0 ISAH 524
4.53.0 ISAH 5344.0 ISAH 5441.0 ISAH 5152.0 ISAH 525
5.2 5.53.0 ISAH 5354.0 ISAH 5451.0 ISAH 5172.0 ISAH 527
7.03.0 ISAH 5374.0 ISAH 5471.0 ISAH 6142.0 ISAH 624
4.53.0 ISAH 6344.0 ISAH 6441.0 ISAH 6152.0 ISAH 625
5.7 5.53.0 ISAH 6354.0 ISAH 6451.0 ISAH 6172.0 ISAH 627
7.03.0 ISAH 6374.0 ISAH 6471.0 ISAH 7142.0 ISAH 724
4.53.0 ISAH 7344.0 ISAH 7441.0 ISAH 7152.0 ISAH 725
6.5 5.53.0 ISAH 7354.0 ISAH 7451.0 ISAH 7172.0 ISAH 727
7.03.0 ISAH 7374.0 ISAH 747
Hex Abutment
� Abutment Screw is used as ISCS20
IS Im
plant System
IS Internal Submerged System
54
SCRP�
Multi Abutment
Cuff
Length
Diameter(�) Length(mm) Cuff(mm) Product Name
1.0 ISAS 4142.0 ISAS 424
4.53.0 ISAS 4344.0 ISAS 4441.0 ISAS 4152.0 ISAS 425
4.5 5.53.0 ISAS 4354.0 ISAS 4451.0 ISAS 4172.0 ISAS 427
7.03.0 ISAS 4374.0 ISAS 4471.0 ISAS 5142.0 ISAS 524
4.53.0 ISAS 5344.0 ISAS 5441.0 ISAS 5152.0 ISAS 525
5.2 5.53.0 ISAS 5354.0 ISAS 5451.0 ISAS 5172.0 ISAS 527
7.03.0 ISAS 5374.0 ISAS 5471.0 ISAS 6142.0 ISAS 624
4.53.0 ISAS 6344.0 ISAS 6441.0 ISAS 6152.0 ISAS 625
5.7 5.53.0 ISAS 6354.0 ISAS 6451.0 ISAS 6172.0 ISAS 627
7.03.0 ISAS 6374.0 ISAS 6471.0 ISAS 7142.0 ISAS 724
4.53.0 ISAS 7344.0 ISAS 7441.0 ISAS 7152.0 ISAS 725
6.5 5.53.0 ISAS 7354.0 ISAS 7451.0 ISAS 7172.0 ISAS 727
7.03.0 ISAS 7374.0 ISAS 747
� Abutment Screw is used as ISCS20
Diameter
IS Internal Submerged SystemIS
Implant S
ystem
55
Non-Hex Abutment
Diameter(�) Length(mm) Cuff(mm) Product Name
1.0 ISAN 4142.0 ISAN 424
4.53.0 ISAN 4344.0 ISAN 4441.0 ISAN 4152.0 ISAN 425
4.5 5.53.0 ISAN 4354.0 ISAN 4451.0 ISAN 4172.0 ISAN 427
7.03.0 ISAN 4374.0 ISAN 4471.0 ISAN 5142.0 ISAN 524
4.53.0 ISAN 5344.0 ISAN 5441.0 ISAN 5152.0 ISAN 525
5.2 5.53.0 ISAN 5354.0 ISAN 5451.0 ISAN 5172.0 ISAN 527
7.03.0 ISAN 5374.0 ISAN 5471.0 ISAN 6142.0 ISAN 624
4.53.0 ISAN 6344.0 ISAN 6441.0 ISAN 6152.0 ISAN 625
5.7 5.53.0 ISAN 6354.0 ISAN 6451.0 ISAN 6172.0 ISAN 627
7.03.0 ISAN 6374.0 ISAN 6471.0 ISAN 7142.0 ISAN 724
4.53.0 ISAN 7344.0 ISAN 7441.0 ISAN 7152.0 ISAN 725
6.5 5.53.0 ISAN 7354.0 ISAN 7451.0 ISAN 7172.0 ISAN 727
7.03.0 ISAN 7374.0 ISAN 747
� Abutment Screw is used as ISCS20
Cuff
Length
Diameter
IS Im
plant System
IS Internal Submerged System
56
Solid Abutment
Diameter(�) Length(mm) Cuff(mm) Product Name
1.0 ISAE 4142.0 ISAE 424
4.53.0 ISAE 4344.0 ISAE 4441.0 ISAE 4152.0 ISAE 425
4.5 5.53.0 ISAE 4354.0 ISAE 4451.0 ISAE 4172.0 ISAE 427
7.03.0 ISAE 4374.0 ISAE 4471.0 ISAE 5142.0 ISAE 524
4.53.0 ISAE 5344.0 ISAE 5441.0 ISAE 5152.0 ISAE 525
5.2 5.53.0 ISAE 5354.0 ISAE 5451.0 ISAE 5172.0 ISAE 527
7.03.0 ISAE 5374.0 ISAE 5471.0 ISAE 6142.0 ISAE 624
4.53.0 ISAE 6344.0 ISAE 6441.0 ISAE 6152.0 ISAE 625
5.7 5.53.0 ISAE 6354.0 ISAE 6451.0 ISAE 6172.0 ISAE 627
7.03.0 ISAE 6374.0 ISAE 6471.0 ISAE 7142.0 ISAE 724
4.53.0 ISAE 7344.0 ISAE 7441.0 ISAE 7152.0 ISAE 725
6.5 5.53.0 ISAE 7354.0 ISAE 7451.0 ISAE 7172.0 ISAE 727
7.03.0 ISAE 7374.0 ISAE 747
� Abutment Screw is used as ISCS20
Cuff
Length
Diameter
IS Internal Submerged SystemIS
Implant S
ystem
57
Non-hex
Angle Diameter(�) Cuff(mm) Product Name
2.0 ISANA 14274.5
3.0 ISANA 1437
2.0 ISANA 152715� 5.2
3.0 ISANA 1537
2.0 ISANA 16275.7
3.0 ISANA 1637
2.0 ISANA 24274.5
3.0 ISANA 243725�
2.0 ISANA 25275.2
3.0 ISANA 2537
� Abutment Screw is used as ISCS20
Angled Abutment
Hex
- The path of implant can be fixed in 12 directions, as there are A-type
that forms angle centering on the edge of hexa and B-type that forms
angle centering on surface.
- TiN coating that considers aesthetics.
- Connects abutment screw(code : ITCS20) using 1.2 hex driver
A-Type(Angle to the edge)
B-Type(Angle to the flat wall)
Angle Diameter(�) Type Cuff(mm) Product Name
2.0 ISAHA 1427A
3.0 ISAHA 14374.5
2.0 ISAHB 1427B
3.0 ISAHB 1437
2.0 ISAHA 1527A
3.0 ISAHA 153715� 5.2
2.0 ISAHB 1527B
3.0 ISAHB 1537
2.0 ISAHA 1627A
3.0 ISAHA 16375.7
2.0 ISAHB 1627B
3.0 ISAHB 1637
2.0 ISAHA 2427A
3.0 ISAHA 24374.5
2.0 ISAHB 2427B
3.0 ISAHB 243725�
2.0 ISAHA 2527A
3.0 ISAHA 25375.2
2.0 ISAHB 2527B
3.0 ISAHB 2537
� Abutment Screw is used as ISCS20
IS Internal Submerged System
58
IS Im
plant System
Shapable Abutment
Diameter(�) Cuff(mm) Length(mm) Product Name
2.0 ISSH 4284.5
4.08.0
ISSH 448
2.0 ISSH 5285.2
4.08.0
ISSH 548
2.0 ISSH 6285.7
4.08.0
ISSH 648
2.0 ISSH 7286.5
4.08.0
ISSH 748
Hex
Diameter(�) Cuff(mm) Length(mm) Product Name
2.0 ISSS 4284.5
4.08.0
ISSS 448
2.0 ISSS 5285.2
4.08.0
ISSS 548
2.0 ISSS 6285.7
4.08.0
ISSS 648
2.0 ISSS 7286.5
4.08.0
ISSS 748
SCRP�
Multi
Diameter(�) Cuff(mm) Length(mm) Product Name
2.0 ISSN 4284.5
4.08.0
ISSN 448
2.0 ISSN 5285.2
4.08.0
ISSN 548
2.0 ISSN 6285.7
4.08.0
ISSN 648
2.0 ISSN 7286.5
4.08.0
ISSN 748
Non-Hex
� Abutment Screw is used as ISCS20
Cuff
Length
Diameter
IS Internal Submerged SystemIS
Implant S
ystem
59
|Transfer
Hex
Non-Hex
Diameter(�) Product Name
4.8 ISITH 411
5.5 ISITH 511
6.0 ISITH 611
Diameter(�) Product Name
4.8 ISITN 411
5.5 ISITN 511
6.0 ISITN 611
� Abutment Screw is used as ISTIS20
Product Name
FDHSET 01
|Impression Coping Positioner
Image of impression copingand abutment has combined
Fixture Level Impression Coping
|Pick Up
Hex
SCRP�
Multi
Non-Hex
Diameter(�) Product Name
4.8 ISIPH 411
5.5 ISIPH 511
6.0 ISIPH 611
Diameter(�) Product Name
4.8 ISIPS 411
5.5 ISIPS 511
6.0 ISIPS 611
Diameter(�) Product Name
4.8 ISIPN 411
5.5 ISIPN 511
6.0 ISIPN 611
� Abutment Screw is used as ISPIS20
IS Im
plant System
IS Internal Submerged System
60
Abutment Level Plastic Impression Cap
Diameter
Diameter(�) Length(mm) Color Product Name
4.5 11.5 Yellow ISPIC 411
5.2 11.5 Green ISPIC 511
5.7 11.5 Blue ISPIC 611
6.5 11.5 Purple ISPIC 711
Lab Analog
|Fixture Level
|Abutment Level
Diameter
Diameter(�) Product Name
3.8 ISLA 400
4.3 ISLA 500
�Narrow Fixture - use ISLA400�Regular, Wide, S-wide 7mm fixture - use ISLA400� If the size is different from the rest - use ISLA500
Length
Diameter(�) Cuff(mm) Length( mm) Product Name
4.5 ISLA 445
4.5 3.0 5.5 ISLA 455
7 ISLA 470
4.5 ISLA 545
5.2 3.0 5.5 ISLA 555
7 ISLA 570
4.5 ISLA 645
5.7 3.0 5.5 ISLA 655
7 ISLA 670
4.5 ISLA 745
6.5 3.0 5.5 ISLA 755
7 ISLA 770
Length
Diameter
Cuff
IS Im
plant System
IS Internal Submerged System
61
Plastic Coping
Single
Bridge
Diameter(�) Length(mm) Color Product Name
4.5 ISPCH 410
5.2 ISPCH 510
5.711.7 Red
ISPCH 610
6.5 ISPCH 710
4.5 ISPCN 410
5.2 ISPCN 510
5.711.7 White
ISPCN 610
6.5 ISPCN 710
Diameter(�) Length(mm) Color Product Name
4.5 ISPTC 445
4.5 5.5 White ISPTC 455
7.0 ISPTC 470
4.5 ISPTC 545
5.2 5.5 White ISPTC 555
7.0 ISPTC 570
4.5 ISPTC 645
5.7 5.5 White ISPTC 655
7.0 ISPTC 670
4.5 ISPTC 745
6.5 5.5 White ISPTC 755
7.0 ISPTC 770
Protective Cap
Length
IS Internal Submerged System
62
IS Im
plant System
Diameter(�) Cuff(mm) Product Name
4.5 1.0 ISUPN 400
5.2 1.0 ISUPN 500
5.7 1.0 ISUPN 600
Hex
Non-Hex
Diameter(�) Cuff(mm) Product Name
4.5 1.0 ISUPH 400
5.2 1.0 ISUPH 500
5.7 1.0 ISUPH 600
UCLA Plastic Abutment
Cuff
Diameter
� Abutment Screw is used as ISCS20
� Abutment Screw is used as ISCS20
Hex
Diameter(�) Cuff(mm) Product Name
4.5 1.0 ISUGH 400
UCLA Gold Abutment
� Abutment Screw is used as ISCS20
SCRP�
Multi
Diameter(�) Cuff(mm) Product Name
4.5 1.0 ISUGS 400
� Abutment Screw is used as ISCS20
Non-Hex
Diameter(�) Cuff(mm) Product Name
4.5 1.0 ISUGN 400
� Abutment Screw is used as ISCS20
Cuff
Diameter
IS Internal Submerged SystemIS
Implant S
ystem
63
Ball Abutment
Housing & Retainer
Hex Diameter(�) Cuff(mm) Product Name
1.0 ISABA 100
2.0 ISABA 2002.4 3.5
3.0 ISABA 300
4.0 ISABA 400
|Housing
Diameter(�) Length(mm) Product Name
5.0 4.0 BAH 40
|Retainer
Diameter(�) Length(mm) Product Name
5.0 2.0 BAR 20
- Abutment that connects the overdenture and implant
- Use Ball Abutment Driver
- Compensate maximum path of 20 degree
- Tighten torque: 30Ncm
- Features detachable of Ball Abutment Overdenture by inserting impressionO-Ring as final.
- In case of occlusion interval is lower use retainer instead of housing.
Cuff
Diameter
Length
Diameter
Length
Diameter
IS Internal Submerged System
64
IS Im
plant System
Ball Lab Analog
Diameter(�) Length(mm) Product Name
3.5 17.1 BALA 350
- A ball abutment of oral implementation on model of ball abutment(abutment level)
- Compatible with EB / IS / S-Mini(ball)Length
Diameter
- A tool used to connect or disconnect the ball abutment to the fixture.
Diameter(�) Length(mm) Hex Product Name
5.0 25.0 2.4 BADH 24
Length
Diameter
Hex
Ball Abutment Driver
O-Ring & Impression O-Ring
- lab, clinical there are two kinds of clinical use and O-ring & ImpressionO-ring can be inserted with Housing or Retainer.
- lab O-Ring is specially designed and the following acts are listed below.
�Prevents the resin flowing into the under of Housing or Retainer, while making a final resin
denture at laboratory.
�Prevents the resin flowing into the under of Housing or Retainer, while inserting Housing or
Retainer within denture directly at the office.
Diameter
Lab
Clinical
Type Diameter(�) Color Product Name
Clinical Orange BAORING
Lab4.5
Black BAOIMP
S-Mini Fixture
Prosthetic Flow Chart
Impression Cap
Lab Analog
Protective Cap
Housing & Retainer
O-Ring & Impression O-Ring
66
68
69
69
69
70
70
Contents
S-Mini Implant System
66
S-M
ini Imp
lant System
Diameter(�) Length(mm) Product Name
8.5 MI 2008 L
10.0 MI 2010 L
2.0 11.5 MI 2011 L
13.0 MI 2013 L
15.0 MI 2015 L
8.5 MI 2508 L
10.0 MI 2510 L
2.5 11.5 MI 2511 L
13.0 MI 2513 L
15.0 MI 2515 L
8.5 MI 3008 L
10.0 MI 3010 L
3.0 11.5 MI 3011 L
13.0 MI 3013 L
15.0 MI 3015 L
8.5 MI 3508 L
10.0 MI 3510 L
3.5 11.5 MI 3511 L
13.0 MI 3513 L
15.0 MI 3515 L
S-Mini Fixture - Cement Type
Diameter
Length
Post 10mm
Cuff 2mm
S-Mini Implant SystemS
-Mini Im
plant S
ystem
67
S-Mini Fixture - Ball Type
Cuff(mm) Diameter(�) Length(mm) Product Name
8.5 MIB 20083
10.0 MIB 20103
2.0 11.5 MIB 20113
13.0 MIB 20133
15.0 MIB 20153
8.5 MIB 25083
10.0 MIB 25103
2.5 11.5 MIB 25113
13.0 MIB 25133
15.0 MIB 251533.0
8.5 MIB 30083
10.0 MIB 30103
3.0 11.5 MIB 30113
13.0 MIB 30133
15.0 MIB 30153
8.5 MIB 35083
10.0 MIB 35103
3.5 11.5 MIB 35113
13.0 MIB 35133
15.0 MIB 35153
8.5 MIB 20084
10.0 MIB 20104
2.0 11.5 MIB 20114
13.0 MIB 20134
15.0 MIB 20154
8.5 MIB 25084
10.0 MIB 25104
2.5 11.5 MIB 25114
13.0 MIB 25134
15.0 MIB 251544.0
8.5 MIB 30084
10.0 MIB 30104
3.0 11.5 MIB 30114
13.0 MIB 30134
15.0 MIB 30154
8.5 MIB 35084
10.0 MIB 35104
3.5 11.5 MIB 35114
13.0 MIB 35134
15.0 MIB 35154
Diameter
Length
Cuff
S-Mini Implant System
68
S-M
ini Imp
lant System
Prosthetic Flow Chart
S-mini Fixture(Ball type)
Lab analog
Lab Clinical Housing Retainer
Housing Retainer
Cement Type
Ball Type
Impression cap Impression cap
Protective capLab analog
(Normal Type)
S-mini Fixture(Cement type)
Normal Post Modified
Lab side Chair side
Protective capLab analog
(Modifying Type)
Lab side Chair side
S-Mini Implant SystemS
-Mini Im
plant S
ystem
69
Type Product Name
Normal MICLAB 01
Modifying MICLAB 02
Cement Type
Ball Type
Product Name
MICPTC
Lab Analog
Protective Cap
Product Name
MICIMP
Impression Cap
Diameter(�) Length(mm) Product Name
3.5 17.1 BALA 350
Length
Diameter
Normal Modifing
- A ball abutment of oral implementation on model of ball abutment(abutment level)
- Compatible with EB / IS / S-Mini(ball)
S-Mini Implant System
70
S-M
ini Imp
lant System
O-Ring & Impression O-Ring
- lab, clinical there are two kinds of clinical use and O-ring & ImpressionO-ring can be inserted with Housing or Retainer.
- lab O-Ring is specially designed and the following acts are listed below.
�Prevents the resin flowing into the under of Housing or Retainer, while making a final resin
denture at laboratory.
�Prevents the resin flowing into the under of Housing or Retainer, while inserting Housing or
Retainer within denture directly at the office.
Diameter
Impression/Lab
Clinical
Type Diameter(�) Color Product Name
Clinical Orange BAORING
Lab4.5
Black BAOIMP
Housing & Retainer
|Housing
Diameter(�) Length(mm) Product Name
5.0 4.0 BAH 40
|Retainer
Diameter(�) Length(mm) Product Name
5.0 2.0 BAR 20
- Features detachable of Ball Abutment Overdenture by inserting impressionO-Ring as final.
- In case of occlusion interval is lower use retainer instead of housing.
Length
Diameter
Length
Diameter
Characteristics of Drill
Drilling Sequence
Surgical Guide(EB / IT / IS / IS II)
All-In-One Surgical KIT Composition
All-In-One Surgical KIT Components
IS Mini KIT Composition
IS Mini KIT Components
S-Wide KIT Composition
S-Wide KIT Components
S-Mini KIT Composition
S-Mini KIT Components
Other Surgical & ProstheticComponents
72
73
74
82
83
87
88
91
92
93
95
97
Contents
Surgical kit
72
Surgical kit
Safe Drilling
� A stopper can be attached that makes it easy and safe for even beginners.
� Lateral deletion is possible. Direction can be modified during drilling.
Speedy Drilling
� Tapered drill can finish drilling very quickly as 2/3 of the body in inserted into the tooth without
rotating.
Minimal Bone Removing
� Apex�bone deletion can be minimized (taper drill).
� Overheating due to apex�deletion and following bone necrosis merely exist.
� Bone trauma is minimized due to significantly low amounts of bone loss.
� Bone can be preserved by slow drilling.(300rpm)
Characteristics of Drill
Surgical kitS
urgical kit
73
Drilling Sequence
�5.0mm (Wide) Implant�2.0
Initial DrillGuideDrill
NarrowDrill
(�2.9)
MultiProfile
EB
RegularDrill
(�3.3)
RegularDrill
(�3.5)
WideDrill
(�4.1)
RegularDrill
(�3.8)
WideDrill
(�4.3)
IS II WideDrill
(�4.5)
IS Counter-sink
IS II WideTap Drill
WideTap Drill
�4.5mm (Regular) Implant�2.0
Initial DrillGuideDrill
Narrow Drill(�2.9)
Multi ProfileEB
Regular Drill(�3.3)
Regular Drill(�3.5)
Wide Drill(�4.1)
Regular Drill(�3.8)
CountersinkIS
Regular Tap Drill
�4.0mm (Regular) Implant�2.0
Initial DrillGuideDrill
Narrow Drill(�2.9)
Multi ProfileEB
Regular Drill(�3.3)
Regular Drill(�3.5)
CountersinkIS
Regular Tap Drill
�3.5mm (Narrow) Implant�2.0
Initial DrillGuideDrill
Narrow Drill(�2.9)
Multi ProfileEB
CountersinkIS
Narrow Tap Drill
Surgical kit
4. Depth Gauge
After drilling 2.0 straight drill, check the drillingdepth using depth gauge. The laser markingrepresents drilling depth from 7.0, 8.5, 10.0, 11.5,and 13.0 mm from the bottom of depth gauge.
5. Parallel Pin
Use the parallel pin to determine the appropriatealignment with adjacent teeth, opposingocclusion of other implants.
6. Twist Surgical Drill
74
Surgical kit
EB Fixture Surgical Guide
1. Incision
Make a full-thickness crestal incision and use aperisteal elevator to expose the alveolar ridge.
2. Guide Drill
Optimal implant location is selected using theguide drill. The drilling depth using guide drillshould not be over the apex line(2~3mm) of theguide drill.�Speed : 1,200 ~ 1,500rpm
3. �2.0 Initial Drill
Use the 2.0mm drill mounted a stopper to createa pilot hole of appropriate depth. Check thebone density during the dri l l ing with yourtechnical sense.Pumping action is recommended while drilling. Ifthe fixture needs deeper hole or to control thedepth, we recommend using 1 step shorterstopper to over drilling.�Speed : 1,200rpm
After attached an appropriate stopper to the tapper drill,make a drill hole. Select an appropriate drill typedepending on the bone density.
D1: Use hard bone drill(H)
�Narrow(3.5) Implant : Guide drill�2.0 drill�2.9 drill
�Regular(4.0) Implant : Narrow(3.5)�3.3 drill�3.5 drill
�Regular(4.5) Implant : Regular(4.0)�3.8 drill�4.1 drill
�Wide(5.0) Implant : Regular(4.5)�4.3 drill
D2~D3: Use soft bone drill(S)
�Narrow(3.5) Implant : Guide drill�2.0 drill�2.9 drill
�Regular(4.0) Implant : Narrow(3.5)�3.3 drill
�Regular(4.5) Implant : Regular(4.0)�3.8 drill
�Wide(5.0) Implant : Regular(4.5)�4.1 drill
D4 : Drill one step shorter than implant size.(Under drill)
�Narrow(3.5) Implant : Guide drill�2.0 drill
�Regular(4.0) Implant : Narrow(3.5)�2.9 drill
�Regular(4.5) Implant : Regular(4.0)�3.3 drill
�Wide(5.0) Implant : Regular(4.5)�3.5 drill
�Speed : 800rpm
2.9 3.3 / 3.5 / 3.8 4.1 / 4.3
Narrow Regular Wide
Surgical kit
75
Surgical kit
10. Direction Pin
After combining the direction pin to the fixtureinsertion, relation with opposite arch and chooseof abutment and prosthetic treatment can bepredicted. And if additional fixture has to beimplanted, direction pin can be reference thedirection pin.
If the initial fixation of the torque is more than 20 Ncm, the healing abutments are intended for usefollowing second-stage surgery, to promote soft-tissue recovery.By using 1.2 Hex Driver,Healing Abutment & Cover Screw can be closed by hand and turning anticlockwise it can be removed again If the initial fixation is under 20Ncm, the cover screw should be used and complete the suture.
12. TIP (Ways of successful initial fixation)
If implant final insertion torque is 45 NCM, turn inversely 1~2 wheel and then continue the insertion until 35~40 NCM which will gain the initial fixation. Warning
- If the 2/3 insertion of the fixture show over 45 NCM torque during the process, reverse the insertion and take out the fixture. After taking out the fixture,drill one step deeper or wider or try tapping and process the insertion of the fixture.
- Not only excessive insertion torque can be the cause of surgical failure, also it can be compulsive to the implant hex. In other cases, if the implant driverand fixture itself does not combine completely, this can cause damages to the hex.
Hex driver - 2 sizes of Hex Driver which can be used.- 0.9mm hex driver with cover screw - 1.2mm hex driver with healing abutment
7. Multi Profile
When the bone density is D1 or D2, the multiprofile is used for preparing the marginal bone.When the narrow, regular and wide fixtures areplaced, dri l l up to the upper part of thecountersink.�Speed : 1,200 ~ 1,500rpm
8. Surgical Tap
When the bone density is D1 or D2, the preparedsite can be tapped with a tap dri l l . Aftermounting contra angle connector to the tap drill,complete tapping at the speed of 25 rpm andfull length. When the bone density is D3 or D4,make a under tapping to increase the fixationstrength. If immediate loading is required,downsize to �s�drill and then proceed tapping.
9. Insertion
Place the EB fixture using free mount fixturedriver of either contra angle type or ratchet type.Obtain the insertion torque about 30-40Ncm.Since the laser marking on the drill is designed tolevel to the flap top of the fixture, the fixture canbe inserted up to the flat top level. (1)the fixturecan be inserted just up to the bioseal groovelevel. (2)However, when the healing abutment isconnected
1 2
11. Healing Abutment / Cover Screw & Suture
Surgical kit
76
Surgical kit
IT Fixture Surgical Guide
4. Depth Gauge
After drilling 2.0 straight drill, check the drilling depthusing depth gauge. The laser marking representsdrilling depth from 7.0, 8.5, 10.0, 11.5, and 13.0 mmfrom the bottom of depth gauge.
5. Parallel Pin
Use the parallel pin to determine the appropriatealignment with adjacent teeth, opposingocclusion of other implants.
6. Twist Surgical Drill
1. Incision
Make a full-thickness crestal incision and use aperisteal elevator to expose the alveolar ridge.
2. Guide Drill
Optimal implant location is selected using theguide drill. The drilling depth using guide drillshould not be over the apex line(2~3mm) of theguide drill.�Speed : 1,200 ~ 1,500rpm
3. �2.0 Initial Drill
Use the 2.0mm drill mounted a stopper to createa pilot hole of appropriate depth. Check thebone density during the dri l l ing with yourtechnical sense.Pumping action is recommended while drilling. Ifthe fixture needs deeper hole or to control thedepth, we recommend using 1 step shorterstopper to over drilling.�Speed : 1,200rpm
After attached an appropriate stopper to the tapper drill,make a drill hole. Select an appropriate drill typedepending on the bone density.
2.9 3.3 / 3.5 / 3.8 4.1 / 4.3
Narrow Regular Wide
D1: Use hard bone drill(H)
�Narrow(3.5) Implant : Guide drill�2.0 drill�2.9 drill
�Regular(4.0) Implant : Narrow(3.5)�3.3 drill�3.5 drill
�Wide(5.0) Implant : Regular(4.5)�4.3 drill
D2~D3: Use soft bone drill(S)
�Narrow(3.5) Implant : Guide drill�2.0 drill�2.9 drill
�Regular(4.0) Implant : Narrow(3.5)�3.3 drill
�Wide(5.0) Implant : Regular(4.5)�4.1 drill
D4 : Drill one step shorter than implant size.(Under drill)
�Narrow(3.5) Implant : Guide drill�2.0 drill
�Regular(4.0) Implant : Narrow(3.5)�2.9 drill
�Wide(5.0) Implant : Regular(4.5)�3.5 drill
�Speed : 800rpm
Surgical kitS
urgical kit
77
10. Healing Abutment / Cover Screw & Suture
If the initial fixation of the torque is more than 20 Ncm, the healing abutments are intended for usefollowing second-stage surgery, to promote soft-tissue recovery.By using 1.2 Hex Driver,Healing Abutment & Cover Screw can be closed by hand and turning anticlockwise it can be removed again If the initial fixation is under 20Ncm, the cover screw should be used and complete the suture.
11. TIP (Ways of successful initial fixation)
If implant final insertion torque is 45 NCM, turn inversely 1~2 wheel and then continue the insertion until 35~40 NCM which will gain the initial fixation. Warning- If the 2/3 insertion of the fixture show over 45 NCM torque during the process, reverse the insertion and take out the fixture. After taking out the fixture,
drill one step deeper or wider or try tapping and process the insertion of the fixture.
- Not only excessive insertion torque can be the cause of surgical failure, also it can be compulsive to the implant Octa. In other cases, if the implant driverand fixture itself does not combine completely, this can cause damages to the Octa.
Hex driver - 2 sizes of Hex Driver which can be used.- 0.9mm hex driver with cover screw - 1.2mm hex driver with healing abutment
7. Surgical Tap
When the bone density is D1 or D2, the preparedsite can be tapped with a tap dri l l . Aftermounting contra angle connector to the tap drill,complete tapping at the speed of 25 rpm andfull length. When the bone density is D3 or D4,make a under tapping to increase the fixationstrength. If immediate loading is required,downsize to �s�drill and then proceed tapping.
8. Insertion
Connect IT contra angle-fixture driver andprocess the insertion by 25~30rpm. On the finaltightening process, do not forget to torque inmanual ratchet. Fixture insertion Is only up toouter surface.
9. Direction Pin
After combining the direction pin to the fixtureinsertion, relation with opposite arch and chooseof abutment and prosthetic treatment can bepredicted. And if additional fixture has to beimplanted, direction pin can be reference thedirection pin.
Surgical kit
78
Surgical kit
IS Fixture Surgical Guide
4. Depth Gauge
After drilling 2.0 straight drill, check the drillingdepth using depth gauge. The laser markingrepresents drilling depth from 7.0, 8.5, 10.0, 11.5,and 13.0 mm from the bottom of depth gauge.
5. Parallel Pin
Use the parallel pin to determine the appropriatealignment with adjacent teeth, opposing occlusionof other implants.
6. Twist Surgical Drill
2.9 3.3 / 3.5 / 3.8 4.1 / 4.3
Narrow Regular Wide
1. Incision
Make a full-thickness crestal incision and use aperisteal elevator to expose the alveolar ridge.
2. Guide Drill
Optimal implant location is selected using theguide drill. The drilling depth using guide drillshould not be over the apex line(2~3mm) of theguide drill.�Speed : 1,200 ~ 1,500rpm
3. �2.0 Initial Drill
Use the 2.0mm drill mounted a stopper to createa pilot hole of appropriate depth. Check thebone density during the dri l l ing with yourtechnical sense.Pumping action is recommended while drilling. Ifthe fixture needs deeper hole or to control thedepth, we recommend using 1 step shorterstopper to over drilling.�Speed : 1,200rpm
After attached an appropriate stopper to the tapper drill,make a drill hole. Select an appropriate drill typedepending on the bone density.
D1: Use hard bone drill(H)
�Narrow(3.5) Implant : Guide drill�2.0 drill�2.9 drill
�Regular(4.0) Implant : Narrow(3.5)�3.3 drill�3.5 drill
�Regular(4.5) Implant : Regular(4.0)�3.8 drill�4.1 drill
�Wide(5.0) Implant : Regular(4.5)�4.3 drill
D2~D3: Use soft bone drill(S)
�Narrow(3.5) Implant : Guide drill�2.0 drill�2.9 drill
�Regular(4.0) Implant : Narrow(3.5)�3.3 drill
�Regular(4.5) Implant : Regular(4.0)�3.8 drill
�Wide(5.0) Implant : Regular(4.5)�4.1 drill
D4 : Drill one step shorter than implant size.(Under drill)
�Narrow(3.5) Implant : Guide drill�2.0 drill
�Regular(4.0) Implant : Narrow(3.5)�2.9 drill
�Regular(4.5) Implant : Regular(4.0)�3.3 drill
�Wide(5.0) Implant : Regular(4.5)�3.5 drill
�Speed : 800rpm
Surgical kitS
urgical kit
79
10. Direction Pin
After combining the direction pin to the fixtureinsertion, relation with opposite arch and chooseof abutment and prosthetic treatment can bepredicted. And if additional fixture has to beimplanted, direction pin can be reference thedirection pin.
11. Healing Abutment & Cover Screw & Suture
If the initial fixation of the torque is more than 20 Ncm, the healing abutments are intended for usefollowing second-stage surgery, to promote soft-tissue recovery.By using 1.2 Hex Driver,Healing Abutment & Cover Screw can be closed by hand and turning anticlockwise it can be removed again If the initial fixation is under 20Ncm, the cover screw should be used and complete the suture.
12. TIP (Ways of successful initial fixation)
If implant final insertion torque is 45 NCM, turn inversely 1~2 wheel and then continue the insertion until 35~40 NCM which will gain the initial fixation. Warning- If the 2/3 insertion of the fixture show over 45 NCM torque during the process, reverse the insertion and take out the fixture. After taking out the fixture,
drill one step deeper or wider or try tapping and process the insertion of the fixture.
- Not only excessive insertion torque can be the cause of surgical failure, also it can be compulsive to the implant hex. In other cases, if the implant driverand fixture itself does not combine completely, this can cause damages to the hex.
Hex driver - 2 sizes of Hex Driver which can be used.- 0.9mm hex driver with cover screw - 1.2mm hex driver with healing abutment
7. Countersink
If the bone is D-1 or D-2, use Countersink drill for ISImplant and if the bone is D-2 or D-3 we do notrecommend to use Countersink drill. In eachNarrow, regular and wide fixture have their ownCountersink, which has the marking at the drill. �Speed : 1,200 ~ 1,500rpm
8. Surgical Tap
When the bone density is D1 or D2, the preparedsite can be tapped with a tap dri l l . Aftermounting contra angle connector to the tap drill,complete tapping at the speed of 25 rpm andfull length. When the bone density is D3 or D4,make a under tapping to increase the fixationstrength. If immediate loading is required,downsize to �s�drill and then proceed tapping.
9. Insertion
Connect IS contra angle-fixture driver andprocess the insertion by 25~30rpm. On the finaltightening process, do not forget to torque in,manual ratchet.In order to have good fixation, insert the fixtureto the head or 1mm more deeper from the head.
Surgical kit
80
Surgical kit
IS II Fixture Surgical Guide
4. Depth Gauge
After drilling 2.0 straight drill, check the drillingdepth using depth gauge. The laser markingrepresents drilling depth from 7.0, 8.5, 10.0, 11.5,and 13.0 mm from the bottom of depth gauge.
5. Parallel Pin
Use the parallel pin to determine the appropriatealignment with adjacent teeth, opposing occlusionof other implants.
6. Twist Surgical Drill
2.9 3.3 / 3.5 / 3.8 4.1 / 4.3 / 4.5
Narrow Regular Wide
1. Incision
Make a full-thickness crestal incision and use aperisteal elevator to expose the alveolar ridge.
2. Guide Drill
Optimal implant location is selected using theguide drill. The drilling depth using guide drillshould not be over the apex line(2~3mm) of theguide drill.�Speed : 1,200 ~ 1,500rpm
3. �2.0 Initial Drill
Use the 2.0mm drill mounted a stopper to createa pilot hole of appropriate depth. Check thebone density during the dri l l ing with yourtechnical sense.Pumping action is recommended while drilling. Ifthe fixture needs deeper hole or to control thedepth, we recommend using 1 step shorterstopper to over drilling.�Speed : 1,200rpm
After attached an appropriate stopper to the tapper drill,make a drill hole. Select an appropriate drill typedepending on the bone density.
D1: Use hard bone drill(H)
�Narrow(3.5) Implant : Guide drill�2.0 drill�2.9 drill
�Regular(4.0) Implant : Narrow(3.5)�3.3 drill�3.5 drill
�Regular(4.5) Implant : Regular(4.0)�3.8 drill�4.1 drill
�Wide(5.0) Implant : Regular(4.5)�4.3 drill�4.5 drill
D2~D3: Use soft bone drill(S)
�Narrow(3.5) Implant : Guide drill�2.0 drill�2.9 drill
�Regular(4.0) Implant : Narrow(3.5)�3.3 drill
�Regular(4.5) Implant : Regular(4.0)�3.8 drill
�Wide(5.0) Implant : Regular(4.5)�4.1 drill�4.3 drill
D4 : Drill one step shorter than implant size.(Under drill)
�Narrow(3.5) Implant : Guide drill�2.0 drill
�Regular(4.0) Implant : Narrow(3.5)�2.9 drill
�Regular(4.5) Implant : Regular(4.0)�3.3 drill
�Wide(5.0) Implant : Regular(4.5)�3.5 drill�4.1 drill
�Speed : 800rpm
Surgical kitS
urgical kit
81
10. Direction Pin
After combining the direction pin to the fixtureinsertion, relation with opposite arch and chooseof abutment and prosthetic treatment can bepredicted. And if additional fixture has to beimplanted, direction pin can be reference thedirection pin.
11. Healing Abutment & Cover Screw & Suture
If the initial fixation of the torque is more than 20 Ncm, the healing abutments are intended for usefollowing second-stage surgery, to promote soft-tissue recovery.By using 1.2 Hex Driver,Healing Abutment & Cover Screw can be closed by hand and turning anticlockwise it can be removed again If the initial fixation is under 20Ncm, the cover screw should be used and complete the suture.
12. TIP (Ways of successful initial fixation)
If implant final insertion torque is 45 NCM, turn inversely 1~2 wheel and then continue the insertion until 35~40 NCM which will gain the initial fixation. Warning- If the 2/3 insertion of the fixture show over 45 NCM torque during the process, reverse the insertion and take out the fixture. After taking out the fixture,
drill one step deeper or wider or try tapping and process the insertion of the fixture.
- Not only excessive insertion torque can be the cause of surgical failure, also it can be compulsive to the implant hex. In other cases, if the implant driverand fixture itself does not combine completely, this can cause damages to the hex.
Hex driver - 2 sizes of Hex Driver which can be used.- 0.9mm hex driver with cover screw - 1.2mm hex driver with healing abutment
7. Countersink
If the bone is D-1 or D-2, use Countersink drill for ISImplant and if the bone is D-2 or D-3 we do notrecommend to use Countersink drill. In eachNarrow, regular and wide fixture have their ownCountersink, which has the marking at the drill. �Speed : 1,200 ~ 1,500rpm
8. Surgical Tap
When the bone density is D1 or D2, the preparedsite can be tapped with a tap dri l l . Aftermounting contra angle connector to the tap drill,complete tapping at the speed of 25 rpm andfull length. When the bone density is D3 or D4,make a under tapping to increase the fixationstrength. If immediate loading is required,downsize to �s�drill and then proceed tapping.
9. Insertion
Connect IS contra angle-fixture driver andprocess the insertion by 25~30rpm. On the finaltightening process, do not forget to torque in,manual ratchet.In order to have good fixation, insert the fixtureto the head or 1mm more deeper from the head.
All-In-One Surgical kit
82
Surgical kit
All-In-One Surgical Kit Composition
Stopper
Hex Driver
Parallel Pin
Fixture Direction Pin
Connector
Multi ProfileCountersink
Surgical Tap Fixture DriverDrillExtention
Guide Drill /Initial Drill/
Twist Surgical Drill
Surgical kit
All-In-One Surgical kit
83
Countersink drill can be used as an option (by the density of cortical bone).Narrow, regular, wide can be adjusted by one drill.
4. EB/IT Multi Profile
Laser marking is exists in each size and a stopper can be attached. Eventhough diameter increases, rooting or sparking merely exists. Exact depthcontrol is possible. It is the final drill that can be used safely at any time.
3. Twist Surgical Drill
All-In-One Surgical Kit Components
A drill, which can point the exact place for the implantation effectively.
1. Guide Drill
Straight drill that is used initially and can detect the bone density of eachdepth.
2. Initial Drill
Diameter(�) Product Name
2.9 TSD 293.3 TSD 333.5 TSD 353.8 TSD 384.1 TSD 414.3 TSD 434.5 TSD 45 (IS II Wide)
Diameter(�) Product Name
3.7
4.3
4.8MP 00
5.3
Product Name
GD 20
Diameter(�) Product Name
2.0 TSD 20
Surgical kit
All-In-One Surgical kit
84
Drill that is used when bone density is D1 or D2. When using this drill, use it afterthe final drill.
7. Surgical Tap
A tool that is connected to the fixture to infer the location of the abutmentand the implant direction after placing the mount-free implant fixture.
8. Fixture Direction Pin
The connectors are in two types; ratchet and contra angle.
6. Connector
Type Diameter(�) Product Name
3.5 ISTD 35
4.0 ISTD 40
EB / IT / IS / IS II 4.5 ISTD 45
5.0 ISTD 50
5.0 BISTD 50 (IS II Wide)
Type Length(mm) Product Name
5.0 RC 05
10.0 RC 10Ratchet
15.0 RC 15
20.0 RC 20
25.0 RC 25 (Individual sale)
Contra angle - CAA 00
Type Product Name
DPE 40
External DPE 50
DPE 60
DPI 50Internal
DPI 60
All-In-One Surgical Kit Components
- IS countersink can be used for the marginal bone depending on thecortical bone density (in case of bone density D1 and D2). It is equippedwith four different sizes in diameter (narrow, regular, wide).
- Marking line stands for maximum depth.
- If alveolar osteopathic is D1-D2, make sure to do full countersink drilling toprevent excessive torque.
5. IS Countersink
Diameter(�) Product Name
4.1 ISCS 35
4.5 ISCS 40
4.8 ISCS 45
5.3 ISCS 50
Narrow Regular Wide
Surgical kit
All-In-One Surgical kit
85
All-In-One Surgical Kit Components
It can be attached to 2.0~4.3 drills. It is used for safe and precise drilling.
9. Stopper
It can be used when extension of drill is required while drilling.
10. Drill Extention
Tool used when implanting fixture, instead of using fixture mount connectedto the fixture.
- It can be used as a rachet by connecting with rachet connector.
11. Fixture Driver
Internal-Contra Angle(short)
External-Contra Angle(short)
Length(mm) Product Name
3.0 DS 030
4.0 DS 040
5.0 DS 050
6.0 DS 060
7.0 DS 070
8.5 DS 085
10.0 DS 100
11.5 DS 115
13.0 DS 130
Diameter(�) Product Name
4.0 DE 00
Type Size Product Name
IS Hex 2.5 ISFDH 25
IT Octa 3.1 ITFDO 31
Type Hex Product Name
Narrow 2.4 EBFDH 24
Regular / Wide(3i) 2.7 EBFDH 27
Wide(Brenemark) 3.4 EBFDH 34
IS IT
All-In-One Surgical kit
86
Surgical kit
After drilling with 2.0 drill, use the parallel pin to determine the appropriatealignment with adjacent teeth, opposing occlusion of other impants.
13. Parallel Pin
Tool used to measure exact depth of the formed hole.
14. Depth Gauge
15. Torque Ratchet
Tool used to measure exact torque of the implant.
Length(mm) Product Name
8.5 PP 08 (Individual sale)
10.0 PP 10
11.5 PP 11 (Individual sale)
Product Name
MG 00
Product Name
TW 01
All-In-One Surgical Kit Components
Tool used when connecting or detaching screw and cover screw.
12. Hex Driver
Length
Length(mm) Hex Product Name
10 1.2 HD 1210
0.9 HD 091515
1.2 HD 1215
IS Mini kitS
urgical kit
87
IS Mini Kit Components
Stopper
Hex Driver
Guide Drill
Countersink Connector
Surgical Tap
Fixture Driver
Initial Drill
Twist Surgical Drill
Surgical kit
IS Mini kit
88
IS Mini Kit Components
Laser marking is exists in each size, and the stopper can be selectedaccordingly by a surgical case. Even though diameter increases, acircumstance of splashing or shutting itself up is merely exists. Exact depthcontrol is possible to be used safely at any time.
3. Twist Surgical Drill
Exact implant location can be established effectively.
1. Guide Drill
Diameter(�) Product Name
2.9 TSD 293.3 TSD 333.5 TSD 353.8 TSD 384.1 TSD 414.3 TSD 434.5 TSD 45 (IS II Wide)
Product Name
GD 20
Initial drill that can only drill up to the entire implant length that is straightand it can recognize the bone density by the depth.
2. Initial Drill
Diameter(�) Product Name
2.0 TSD 20
- IS countersink can be used for the marginal bone depending on thecortical bone density (in case of bone density D1 and D2). It is equippedwith four different sizes in diameter (narrow, regular, wide).
- Marking line stands for maximum depth.
- If alveolar osteopathic is D1-D2, make sure to do full countersink drilling toprevent excessive torque.
4. IS Countersink
Diameter(�) Product Name
4.1 ISCS 35
4.5 ISCS 40
4.8 ISCS 45
5.3 ISCS 50
Narrow Regular Wide
Surgical kit
IS Mini kit
89
IS Mini Kit Components
Can be attached with drills that are in sizes from 2.0 to 4.3. Also, it is safeand used for precise drilling. Stopper is exists in sizes of 7.0, 8.5, 10, 11.513mm.
7. Stopper
Length(mm) Product Name
7.0 DS 070
8.5 DS 085
10.0 DS 100
11.5 DS 115
13.0 DS 130
Drill that is used in case of density is D1 or D2. Use after the final drill is
made.
5. Surgical Tap
Diameter(�) Product Name
3.5 ISTD 35
4.0 ISTD 40
4.5 ISTD 45
5.0 ISTD 50
5.0 BISTD 50 (IS II Wide)
Can be equipped with two types of surgical tap: ratchet or contra angle.
6. Connector
Type Length(mm) Product Name
Ratchet 15.0 RC 15
Contra angle - CAA 00
IS Mini kit
90
Surgical kit
IS Mini Kit Components
Tool used for implanting, instead of connecting with the fixture.
8. Fixture Driver
Type Hex Product Name
IS 2.5 ISFDH 25
Tool used when connecting or detaching screw and cover screw.
9. Hex Driver
10. Torque Ratchet
Tool used by connecting to the ratchet. Measure exact torque whileimplanting by connecting the torque ratchet to the fixture driver.
Product Name
TW 01
Length(mm) Hex Product Name
15 1.2 HD 1215
S-Wide kitS
urgical kit
91
S-Wide KIT Composition
S-Wide TwistSurgical Drill Hex Driver
S-WideStopper
S-WideSurgical Tap
Multi Profile
ConnectorTrephine Drill
S-Wide kit
92
Surgical kit
S-Wide KIT Components
Drill that is used in case of bone density is D1 or D2. Use after the final drill
is made.
4. S-Wide Surgical Tap
Can be equipped with two types of surgical tap: ratchet or contra angle.
3. Connector
Type Diameter(�) Product Name
Ratchet 15.0 RC 15
Contra angle - CAA 00
Countersink for S-Wide EB/IS that is used as selected depending on thedensity of cortical bone activity.
2. S-Wide Multi Profile
Diameter(�) Product Name
5.5 MP 556.0 MP 607.0 MP 70
Laser marking is exists in each size, and the stopper can be selectedaccordingly by a surgical case. Even though diameter increases, acircumstance of splashing or shutting itself up is merely exists. Exact depthcontrol is possible to be used safely at any time.
1. S-Wide Twist Surgical Drill
Diameter(�) Product Name
4.8 TSD 485.0 TSD 505.5 TSD 556.0 TSD 606.5 TSD 65
Diameter(�) Product Name
5.5 TD 556.0 TD 607.0 TD 70
S-Wide kitS
urgical kit
93
S-Wide KIT Components
It is safe and used for precise drilling by connecting to the drill. Stopper isexists in sizes of 6.0, 7.0, 8.5, 10, 11.5mm.
5. S-Wide Drill Stopper
Length(mm) Product Name
6.0 DSL 060
7.0 DSL 070
8.5 DSL 085
10.0 DSL 100
11.5 DSL 115
To place the S-Wide fixture, it can skip the steps from Guide drill to 4.3 drillto create a general hole. Also, it can be used in order to form an even holeprior to drilling for extraction.
7. Trephine Drill
Diameter(�) Product Name
4.0/5.0 TB 40
5.0/6.0 TB 50
Tool used when connecting or detaching screw and cover screw
6. Hex Driver
Length
Length(mm) Hex(mm) Product Name
12.0 1.2 HD 1212
S-Mini kit
94
Surgical kit
S-Mini Kit Composition
S-MiniGuide Drill
Connector
S-Mini Surgical Tap
Fixture Driver
S-Mini Twist Surgical Drill
S-Mini kitS
urgical kit
95
S-Mini Kit Components
Laser marking is exists in each size and a stopper can be attached. Eventhough diameter increases, rooting or sparking merely exists. Exact depthcontrol is possible. It is the final drill that can be used safely at any time.
2. S-Mini Twist Surgical Drill
A drill, which can point the exact place for the implantation effectively.
1. S-Mini Guide Drill
Diameter(�) Product Name
1.5 MSD 152.0 MSD 202.5 MSD 253.0 MSD 30
Product Name
MGD 12
Drill that is used when bone density is D1 or D2. When using this drill, use it afterthe final drill.
3. S-Mini Surgical Tap
Diameter(�) Product Name
2.5 MTD 253.0 MTD 303.5 MTD 35
� 3 taps exclude from the S-Mini Kit / Separately purchase if necessary
S-Mini kit
96
Surgical kit
Can be equipped with two types of surgical tap : ratchet or contra angle.
4. Connector
Type Length(mm) Product Name
10.0 RC 10Ratchet
15.0 RC 15
Contra angle - CAA 00
Tool used for implanting, instead of connecting with the fixture.
5. Fixture Driver
Type Size Product Name
Cement Square 2.0 ISQD 20
Ball Hex 2.4 BADH 24
Ratchet Contra angle
Cement Ball
� RC 10 exclude from the kit / Separately purchase if necessary
S-Mini Kit Components
Other Surgical & Prosthetic ComponentsS
urgical kit
97
Other Surgical & Prosthetic Components
- Used to connect with EB, IT, IS system of transfer impression copingscrew.
- Take each coping body and screw as a positioner. The screw can beconnected as relocating the hex by grabbing with one hand.
1. Impression Coping Positioner
Match the straight line marked on the driver with the groove of solidabutment. After, connect the fixture by rotation.
2. IT Solid Abutment Driver
3. IT Excellent Solid Abutment Driver
Length(mm) Product Name
12.0 ITAD 0L
Length(mm) Product Name
12.0 ITESD 00
Length
Length
Product Name
FDHSET 01
Match the straight line marked on the driver with the groove of an excellentsolid abutment. After, connect the fixture by rotation.
Other Surgical & Prosthetic Components
98
Surgical kit
Other Surgical & Prosthetic Components
Tool used to cut the tissue neatly into a shape of circle.
5. Tissue Punch
Diameter(�) Product Name
4.5 TP 45
5.5 TP 55
6.5 TP 65
Thread Spec. Product Name
M1.6 x 0.35P TF 16
M1.8 x 0.35P TF 18
M2.0 x 0.4P TF 20
M2.5 x 0.45P TF 25
Tool used to save the screw shape in the damaged internal of fixture.
7. Thread Former
Diameter
After removing the screw, a tool is used to clean-up the bone around EBfixture before putting the prosthesis.
4. Bone Profiler
Type Diameter(�) Product Name
Narrow 4.9 BPN 40
Regular 5.6 BPR 50
Wide(3i) 6.1 BPI 60
Wide(Brenemark) 6.1 BPB 60
Diameter
Diameter(�) Product Name
2.0 LD 20
Side cutting and path correction are possible as a function along with thefunction of Guide drill and initial drill.
6. Linderman Drill
Other Surgical & Prosthetic ComponentsS
urgical kit
99
Tool used for connecting and disconnecting the abutment screw with coverscrew or healing abutment.
8. Hex Driver
When fixing SCRP multi abutment to fixture, user have to use abutmentpositioned for exact position of hex and direction of prosthesis.
9. Abutment Positioner
Type Hex Length(mm) Product Name
10.0 HD 0910
0.9 15.0 HD 0915
20.0 HD 0920
Ratchet 7.0 HD 1207
10.0 HD 12101.2
15.0 HD 1215
20.0 HD 1220
15.0 HDC 09150.9
20.0 HDC 0920Contra Angle
15.0 HDC 12151.2
20.0 HDC 1220
Length
Length
Other Surgical & Prosthetic Components
Type Length(mm) Product Name
Short 15.0 HDS 1215
Long 20.0 HDS 1220
Abutment Positioner Hex Driver
Type Length(mm) Product Name
Short 2.0 AP 202
Medium 5.0 AP 205
Long 7.0 AP 207
Abutment Positioner Holder
Type Length 1 (mm) Length 2 (mm) Product Name
AP 2015Short 15.0 2.0
(HDS 1215 + AP 202)
AP 2020Long 20.0 7.0
(HDS 1220 + AP 207)
Abutment PositionerHex Driver
Abutment PositionerHolder
Length 1
Length 2
Single Component
100
Surgical kit
Other Surgical & Prosthetic Components
Drill is for the purpose of bone collect. Use together with stopper. One setcomposes the drill and stopper.
10. Auto Chip Maker
Type Diameter(�) Length(mm) Product Name
Diameter
Diameter
Length
Length
Auto chip maker 5.0 32.7
Stopper 7.5 17.7ACM 50SETS
Auto chip maker 6.0 32.7
Stopper 8.5 17.7ACM 60SETS
Auto chip maker 7.0 32.7
Stopper 9.5 17.7ACM 70SETS
Auto chip maker 8.0 32.7
Stopper 10.5 17.7ACM 80SETS
Auto chip maker 5.0 35.7
Stopper 7.5 20.7ACM 50SETL
Auto chip maker 6.0 35.7
Stopper 8.5 20.7ACM 60SETL
Auto chip maker 7.0 35.7
Stopper 9.5 20.7ACM 70SETL
Auto chip maker 8.0 35.7
Stopper 10.5 20.7ACM 80SETL
Introduction
SCA KIT Composition
SCA KIT Components
User Guide
Case Reports
102
103
104
110
112
Contents
SCA(Sinus Crestal Approach) kit
102
SC
A kit
SCA is a drilling tool on the inferior cortical bone without tearing fhe membrane and
make a perforation on the inferior cortical bone without malleting osteotome technique.
Therefore User can get CMI fixation (Initial fixation in Crestal cortical bone, Middle cancellous bone
and Inferior cortical bone)
Misaligned
Septum
3S of SCA KIT
Speedy
Safer
Simpler
It can provide fast drilling procedure typically operated at 800~1,200RPM
The operation is simple and much comfortable process for patient and dentist.
Using general drilling method
Introduction
SCA(Sinus Crestal Approach) kitS
CA
kit
103
Stopper S-reamerSpiralBone Inserter
Initial Drill
Depth GaugeBone
Spreader Bone CarrierBone
Condenser
SCA KIT Composition
SC
A kit
104
SCA(Sinus Crestal Approach) kit
2. S-reamer
1. Initial Drill
The reamer does not hurt the membrane because during drilling, thebone chip filled the reamer space so it makes more wide and safe side.
Drill for creating guide hole upon designating the precise point before using
S-reamer.
Diameter
1. S-reamer is the main instrument of SCA kit that creates desired size hole on the sinus inferior
cortical wall without damaging Schneiderian membrane.
2. Even if reamer touched sinus membrane, membrane doesn't tear and perforate and S-reamer can
be applicable to even in the misaligned septum cases
* S-reamer filled with bone chip and bone chip makes smooth surface.
Diameter
SCA KIT Components
Diameter(�) Product Name
2.0 SSD 20
Diameter(�) Product Name
2.4 ICR 242.8 ICR 283.2 ICR 323.6 ICR 36
� SPEED : 1,200RPM
� SPEED : 1,200RPM
SC
A kit
105
SCA(Sinus Crestal Approach) kit
3. S-Reamer is named after 'S' shaped blade design and drill for sinus elevation.
4. S-reamer provide high speed drilling at 800~1,200rpm there it can remove the bone effectively.
5. Bone chip makes flat blade surface and S-reamer doesn't tear sinus membrane Furthermore It is
very safe in case of misaligned and septum case
6. User can safely perforate the inferior cortical bone with Stopper
7. S-reamer's diameter is �2.4, �2.8, �3.2, �3.6. Choice of diameter is very important to CMI
fixation So, user have to choose diameter carefully.
(Misaligned case) (Septum case)
S-reamer Diameter Selection (Based on implant insertion depth in sinus)
Choice of S-reamer's diameter is very important for gaining 'I' fixation.
� S-reamer must be chosen right diameter because it is very related with Neo CMI Implant diameter
SCA KIT Components
� Neo CMI Implant Regular fixture
1mm~3mm insertion: �2.4mm
More than 4mm insertion: �2.8mm
� Neo CMI Implant Wide fixture
1mm~3mm insertion: �3.2mm
More than 4mm insertion: �3.6mm
SC
A kit
106
SCA(Sinus Crestal Approach) kit
� CMI Fixation
CMI Fixation is a new implantation technique which is presented by Dr. Young Ku, Heo. It is for
effective initial fixation at mixed bone's each part such as hard-soft bone and an abbreviation for
Crest cortical, Middle cancellous and Inferior cortical fixation; especially it is an important concept
for effective fixation at Middle cancellous bone and Inferior cortical bone.
Fixation : ”C” fixation is method which removes enough Crest cortical bone and then makes a
final implantation; the fixture can be fixed passively without over-compression.
Fixation : ”M” fixation is method which is clean and best getting the best fixation from soft bone.
Fixation : ”I” fixation is method of gaining strong fixation inner sinus inferior cortical wall by
making a small hole
3. Stopper
� The stopper is composed of 10pieces, 2mm~11mm.
Each 1mm steps make the S-reamer stop to insert maximum 1mm in sinus. To prevent membrane
rupture by physical pressure.
(Image 1)
1 2 3
SCA KIT Components
Length(mm) Product Name
2.0 ~ 11.0 SKS 02 ~ SKS 11
C
M
I
SC
A kit
107
SCA(Sinus Crestal Approach) kit
Depth gauge is an instrument for measuring the depth of the remaining bone after perforating with
S-reamer.The end of depth gauge is plat, so it can be hung sinus wall inside and measure the depth.
4. Depth Gauge
Insert and drag the depth guage along the wallcarefully
2mm Stopper 11mm Stopper
11mm
(Image 2)
� Stopper is compatibility with S-reamer, bone spread and bone condenser.
When bone spreading or condensing, User have to use it for prevention of the membrane tearing
� The written length is not length of stopper body but depth of drilling.
SCA KIT Components
Product Name
SDG 00
SCA(Sinus Crestal Approach) kit
108
SC
A kit
5. Bone Carrier
1. Bone carrier is used to carry the bone grafting materials into osteotome site.
2. One time insertion 0.05CC
6. Bone Condenser
1.Bone condenser is used to keep the graft materials in place on the floor of the sinus through the
osteotome site.
2. The appropriate size of stopper mounted on the bone condenser should be selected same as the
residual bone height.
3. When inserting hard or big particle bone, user would be better to use small diameter bone condenser.
Diameter(�) Product Name
1.0 / 2.2 SBC 01
SCA KIT Components
Product Name
Jumbo
Diameter
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A kit
109
SCA(Sinus Crestal Approach) kit
7. Spiral Bone Inserter
Spiral Bone Inserter is an instrument which is for bone graft to push the bone into
sinus after inserting the bone into a hole with bone carrier.
Bone inserter can be safely used without any damages at membrane after
combination with 1mm long Stopper
8. Bone Spreader
The bone inserted in the sinus floor can be spread out to a lateral direction (left and
right side) by this tool thereafter the sinus membrane at the inferior aspect of the
osteotomy its naturally detached from the floor of the maxillary sinus and elevated
upward to create more space in the floor of the sinus for the bone-graft material.
The minimum 0.3 cc amounts of (height 3mm) bone grafting material are
recommended to be inserted into the space before use the bone spreader in sinus
and then mount the same size stopper in length as residual bone height. Whenever
insert the bone grafting material, 0.2~0.3cc, change the 1mm larger size stopper
continuously.
SCA KIT Components
Product Name
SBI 27
Diameter(�) Product Name
2.7 SBS 203.1 SBS 30
� SPEED : 80RPM
� SPEED : 80RPMDiameter
SCA(Sinus Crestal Approach) kit
110
SC
A kit
1. Get an accurate X-ray image of the posterior maxillary region to assess the residual bone height.
2. Drill 1mm shorter than the length of checking residual bone height and drill step by step.
Final diameter of drilling is determined by considering bone density in order to get "M(Middle cancellous
bone)" fixation.
3. For safety use initial drill using 1mm longer stopper to set closer to inferior cortical bone.
4. Select S-reamer diameter considering the fixture diameter and insertion depth in sinus.
Diameter Selection (Based on implant insertion depth in sinus)
5. If the sinus inferior cortical wall does not perforate until the stopper reaches to the crestal bone, change1mm longer size stopper and drilling continuously.
6. You can feel perforating in inferior cortical wall and then measure the residual bone height with depth
gauge. When you hang on the end of depth gauge in sinus wall inside, you can check the detailed
residual bone height.
(Caution: Do not insert the depth gauge maximum 1mm in sinus.)
7. When the inferior wall is perforated, close the patient s nose and then make them blow out to check the
membrane status. The soft bone (such as DFDBA bone) should be inserted first. If a lot of bone insertion
is required, you may use the hard bone as well as the soft bone.
8. Insert the bone with bone carrier and stopper mounted bone condenser.
9. Insert the bone volume based on membrane elevation height. if you want to elevate the Membrane about
1mm, you may need 0.1cc volume of bone grafting material. However, if Depends on how effectively you
can transfer the graft to the osteotomy.
10. To elevate the membrane more laterally, after inserting at least 0.3cc volume of bone, start the bone
spreading with stopper mounted bone spreader. Narrow one is for 2.4 x 2.8mm S-reamers and wide
one is for 3.2 x 3.6mm S-reamers.
� Neo CMI Implant Regular fixture
1mm~3mm insertion: �2.4mm
More than 4mm insertion: �2.8mm
� Neo CMI Implant Wide fixture
1mm~3mm insertion: �3.2mm
More than 4mm insertion: �3.6mm
User Guide
SCA(Sinus Crestal Approach) kitS
CA
kit
111
11. Spread out the bone with stopper at every 0.2cc ~ 0.3cc volume of bone insertion. It is not
necessary to increase the stopper size even if additional bone is inserted.
12. When finish the insertion the bone in sinus, you can refresh the hole with a larger diameter drill.
13. Based on the crest cortical bone density, the countersink could be needed depending on the
patient s the crest cortical bone density (except IT type) The counter sink should be used for the
D1 and D2 bone.
14. Finally, place the fixture at the prepared hole.
User Guide
SCA(Sinus Crestal Approach) kit
112
SC
A kit
1. According to X-ray image, the residual bone height was9.0mm on #16 and 17, the �5.0 in diameter x 10mm inlength fixture will be placed.
Case 1. (CMI Fixation without Bone Graft)
2. Drill 1mm shorter than residual bone height. (Flaplesssurgery case)
3. For the 5mm wide body fixture, it is recommended toexpand the hole by up to �3.8mm drill for D3 bonedensity.
4. As the residual bone height was 9.0mm, the 9.0mmstopper was required to mount on S-reamer.Considered the fixture diameter �5.0 x 10mm andselected �3.2mm S-reamer to make a hole with9.0mm stopper.
5. Drilling with 9.0mm stopper 6. The inferior cortical bone was perforated with 11.0mmstopper. Even in case of the misreading of X-ray image,the stoppers provide you the safe surgery if you usethe sinus approach step by step.
Case Reports
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A kit
113
SCA(Sinus Crestal Approach) kit
7. For implant placement, perform the final drilling. Toobtain ideal initial fixation, use the 1.5mm longer lengthfixture as the residual bone height is 11mm. (�5.0 x11.5mm.)
8. The fixture was placed without bone grafting.
9. Even the bone density was D3, D4, Neo CMI Implantfixture was obtained the idea initial fixation with 40Ncmtorque.
10. After obtaining the ideal fixation, connect a healingabutment on fixture.
11. With wide implant and ideal initial fixation, anytimeloading can be performed.
12. The prosthetic was completed 2 weeks later. Thisdemonstration shows that the misreading of X-raycan be covered by 1mm difference of 12pcs stopperswith S-reamers.
Case Reports
SC
A kit
114
SCA(Sinus Crestal Approach) kit
1. The residual bone height of #26 and 27 were estimatedas 8.2mm and 6.4mm respectively. It was required themembrane to lift up about 4~6mm and to place �5.0 x11.5mm in length implant(wide body).
Case 2. (Crestally Bone Added CMI Fixation Case)
2. Drill 1mm shorter than residual bone height until 3.8mmdrill in diameter.
3. Mount 1mm longer stopper than the drilling length instep 2 on the 3.6mm S-reamer.
4. If the inferior cortical wall does not perforate untilstopper reaches to crestal bone, drill again using the1mm longer stopper mounted in S-reamer.
5. Use the drilling speed at 800~1,200rpm with copiousirrigation. Stopper provides you the safe operation. It ispossible to feel perforation while drilling. Drillcomfortably with perpendicularity pressure.
6. Each of them were perforated at 9mm and 7mm. Toconfirm membrane of cortical wall, residual bone mustbe checked by depth gauge carefully and exactly.Do not feel membrane with Depth gauge.
Case Reports
SC
A kit
115
SCA(Sinus Crestal Approach) kit
7. As the sinus membrane is lifted up about 4 to 6mm toan apical direction, the fixture specification is 5.0 indiameter x 11.5mm in length. Make sure to use thecorrect bone volume and lift up the appropriatemembrane height as planned.
8. Insert the bone material till height you want continually.
9. After inserting the suitable bone, insert the bone in thesinus with the bone condenser which combined withstopper.
10. Pack the bone in sinus with stopper mounted onbone condenser. The stopper size should be same asthe residual bone height.
11. Recommend to use the bone spread with stopper inorder to spread the inserted bone laterally atevery 0.2~ 0.3cc bone packing.
12. More than 3mm membrane elevation is required atfirst bone spread using. At every 0.2cc ~ 0.3cc boneinsertion, required to spread the bone in sinus.
Case Reports
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116
SC
A kit
13. If the crest cortical bone density is the D2 level, thecountersink is needed. Even though the hole wasdrilled smaller than expectation, it is possible tocountersink as this drill is pointed.
14. Implant insertion : Use the suitable S-reamer andplace Neo CMI Implant fixture to obtain the initialfixation and self-compaction on D4.
15. Place a 5.0 x 11.5mm Neo CMI Implant Implant toobtain the initial fixation and self-compaction on D4bone.
16. Point of view on mouth and radiation (X-Ray) afterrebuilding prosthetic dentistry.
17. The image of completed prosthetic dentistry.
Case Reports
Introduction
SLA KIT Composition
SLA KIT Components
User Guide
Case Reports
118
120
121
124
126
Contents
SLA(Sinus Lateral Approach) kit
118
SLA
kit
Lateral window technique is the formation of the access to the maxillary sinus through
its lateral wall. The process using this tool is simpler and much comfortable than any other
techniques. Above all, this surgical kit provides ultimate solutions for the cases of only having with a
thin residual bone height which is difficult to approach with a crestal technique, membrane rupture
by a sinus crestal approach or placing a multiple implants. In addition, Sla reamers can be easily
adapted for the case of formation of minimum flap size on the
inferior wall.
SLA Kit has 3S advantages!
Speedy
Safer
Simpler
Using SLA, we can make �4~6 hole at once.
There is little possibility of tearing membrane by mistake.
It is a very simple tool for everyone to operate on lateral wall.
Introduction
SLA(Sinus Lateral Approach) kitS
LA kit
119
Introduction
SLA technique resolves seven burdens of the existing
sinus lateral approach.
SLA kit is a product that's been developed to resolve these
burdens.
1. Burden in having to extensively open flap
SLA-KIT allows surgical operation through small opening of flap.
2. Fear of forming a very large window
A safe approach is possible without forming big window.
3. Burden of having to use straight handpiece and round bur
There is no burden of having to use straight handpiece or round-bur and minimizes membrane
damage while forming window.
4. Fear of artery bleeding when forming window
It's safe as surgical operation can be performed while observing whether or not there is an artery.
5. Fear of tearing membrane when forming window
Minimized the risk of membrane damage through the forming of special blade of reamer.
6. Concern for swelling and pain from extensive surgery
Swelling and pain drastically reduces through the minimization of operational time and scope.
7. Lack of confidence in membrane elevation
The self-developed three types of elevator safely and effectively life membrane.
SLA(Sinus Lateral Approach) kit
120
SLA
kit
C-reamer
LS-reamer
Elevator
C-guide
SLA KIT Composition
SLA(Sinus Lateral Approach) kitS
LA kit
121
Diameter
Length
1. LS-reamer
LS-Reamer is a kind of drill which approach lateral wall. It makes thin bone
disk between reamer and sinus membrane. There are 6 types as shown in
the table below.
� LS-Reamer's Merits & Features
1. It is very safe, because the tapered trunk of LS-reamer is designed to control the drilling depth
without stopper.
2. The LS-reamer mounted on a handpiece can be operated with high speed at 2,000 ~ 5,000 rpm
under the sufficient irrigation.
3. It protects sinus membrane, because LS-Reamer makes thin bone disk between reamer and
sinus membrane.
4. The reamer filled with bone chip protects the membrane from tearing.
5. It provides the safe surgery because it is able to check an artery or septum etc. during the drilling
through the lateral hole.
SLA KIT Components
Length(mm) Diameter(�) Product Name
4.5 SLS 420L
2.0 5.5 SLS 520L
6.5 SLS 620L
4.5 SLS 435L
3.5 5.5 SLS 535L
6.5 SLS 635L
� SPEED : 5,000RPM with 1:1 contra angle2,000RPM with 20:1 contra angle
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122
SLA(Sinus Lateral Approach) kit
� C-Reamer's Merits & Features
1. The bone core disk can be saved after drilling being used as the window cover before suturing.
2. With the tapered trunk of the C-reamer, the drilling depth can be controlled without using stopper.
3. The C-reamer cutting edges are positioned on the head and side of the C-reamer. therefore, it provides
the high drilling efficiency. Typically, C-reamer can be operated a speed at 2,000 rpm. It is recommended
that the bone core disk should be removed using elevators not to be excessively stuck to the C-reamer
hollow space.
4. The four holes formed on the side of C-reamer are to provide irrigation line not to overheat during the
drilling process.
2. C-guide & C-reamer
It is a guide drill to make a position to use C-reamer.
The hollow spaced and tapered C-reamer can save the circular bone core disk
from the lateral wall and to limit any abrup movement of the reamer to forward
direction, respectively. It is designed to provide a safe, speedy recovery, fast
surgery and quick bone formation in the lateral hole.
Diameter
Length
Diameter
SLA KIT Components
Length(mm) Diameter(�) Product Name
5.5 SLC 515L1.5
6.5 SLC 615L
5.5 SLC 530L3.0
6.5 SLC 630L
Diameter(�) Product Name
5.5 SCG 510L
6.5 SCG 610L
�C-guide
�C-reamer
� SPEED : 5,000RPM with 1:1 contra angle2,000RPM with 20:1 contra angle
� SPEED : 5,000RPM with 1:1 contra angle2,000RPM with 20:1 contra angle
SLA
kit
123
SLA(Sinus Lateral Approach) kit
The three elevators provided are designed to obtain a best angle and length for membrane elevation
in buccal. These tools are used one after another in number.
1. Elevator 1
The elevator #1 is designed as the initial membrane elevation of mesial and distal, after making a lateral
hole.
2. Elevator 2
The elevator #2 has two functions. At the one end, the “L” shape is used to detach the sinus membrane
from a lower part of lateral wall. At the other end, another shape is used to elevate the sinus membrane from
sinus floor, medial wall and posterior wall.
3. Elevator 3
This is designed to detach the membrane from the remaining part and deep site in sinus.
3. Sinus Membrane Elevator
SLA KIT Components
Product Name
SLE 01 SLE 02 SLE 03
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124
SLA
kit
User Guide
As the LS & C-reamer was designed for maximum 3.5mm drilling depth of the lateral wall, the required
drilling depth may have been thicker than the reamer's length. In this case, it is required to remove a 2 ~
3mm thickness bone core disk with C-reamer with �6.5 in diameter 3.0mm in length, first. After removing
the bone core disk by the chisel or periosteal elevator, then LS-reamer with �4.5 in diameter can be used
to make a lateral hole to all the way to the sinus.
1. Radiography : Get an accurate X-ray image of the residual bone height of the maxillary posterior
area. It is necessary to get a CT image to obtain the detailed structure, artery status, and lateral wall
thickness.
2. Choice of SLA : The SLA Kit is easily adapted to the cases of only 1 ~ 4mm of residual bone
height, membrane tearing by the crestal approach, convex sinus floor or a number of implants
placement.
3. Flap formation : It is often required to make only limited size of the lateral flap and vertical incision
without forming a large flap. When approach the flapless surgery, a semilunar incision is good
enough to form a lateral hole.
4. Choice of LS-Reamer : The LS-reamer can be used when it is required to care for the artery
bleeding, septum existence on the drilling path or to make a lateral hole in the overlapped region of
inferior cortical wall and cancellous bone layer. After bone grafting, the additional membrane may be
needed to cover the hole.
5. Choice of C-reamer : The C-reamer's main purpose is to get the bone core disk from the lateral
wall and to use as a cover of the lateral hole. If the bone core disk is not needed, you may select the
LS-reamer to drill on the lateral wall.
Simultaneous applications with LS-reamer and C-reamer
SLA KIT Components
SLA(Sinus Lateral Approach) kitS
LA kit
125
6. Position of Lateral hole : A formation of lateral hole is preferred to be positioned on the
most anterior and inferior site as possible to prevent the membrane tearing and to elevate the
membrane effectively. If there is no possibility to reduce the residual bone strength caused by
drilling, it is recommended to make a lateral hole on the spot containing about 1mm inferior
cortical wall.
7. Rotation Speed : To take an initial drilling position on the lateral wall, the drilling speed
with 5,000 ~ 10,000rpm is required by the 1:1 contra-angle. If the reamer is mounted on 20:1
contra angle, drilling should be performed with a firm grip and vertical force on a handpiece to
get a good stability.
8. Hole formation with LS reamer : The LS-reamer is requested to drill until the lateral wall is
completely perforated. At this moment, the remaining thin bone layer, called Residual Bone
Shield, will be formed, which may prevent the membrane tearing. When the artery appears
during drilling in sinus, the other lateral approach at the lower site is recommended to make
another lateral hole.
9. Hole formation with LS reamer : The C-reamer is designed to be safe when it is in contact
with sinus membrane. However, since C-reamer has the blade on the head of the reamer, it is
relatively less safe than the LS-reamer. Therefore, when the thickness of the perforated lateral
wall is more than 3mm, the bone core can be removed by chisel or periosteal elevator through
lever action. Then the remained portion of the lateral wall can be finished by the LS-reamer.
No attempt should be made to remove the bone core disk by C-reamer all the way to the
sinus. Keep the bone core in the wet gauze or saline solution and cover the hole after finishing
the graft.
10. Sinus Membrane Elevator : As mentioned on the above, use the elevator #1 ~ 3 in order
to achieve membrane elevation.
11. Graft material insertion & implant insertion : Graft the bone material and place implant
into the hole.
User Guide
SLA(Sinus Lateral Approach) kit
126
SLA
kit
1. The residual bone height was approximately 2 ~3mmon #15, 16 & 26 sites. The six implants will be placedby lateral approach.
Case 1. Residual bone height of 2~3mm
2. Make a minimal flap that is good enough to performlateral window opening.
3. The lateral hole was made by LS-reamer on the upper side of inferior cortical wall on the #26 site. The thin bone diskformed was separated from the membrane.
4. The lateral hole was also made by LS-reamer on the #16 site.
Case Reports
SLA(Sinus Lateral Approach) kitS
LA kit
127
5. After elevating the membrane, place the bone graft material with a ratio 1:1 of Regenoss and Calpore using a syringe.
6. If the bone density is D3 - D4, the underdrilling is required.
7. Place the Neo CMI Implant EB511 of an external implant which has a good initial stability.
Case Reports
SLA(Sinus Lateral Approach) kit
128
SLA
kit
8. After implantation of six fixtures with 30Ncm initial stability the one stage approach will be applied.
9. Complete prosthetics 10. Finished loading prosthesis
Case Reports
SLA(Sinus Lateral Approach) kitS
LA kit
129
1. Picture about the implant of maxilla molar on the leftside and picture of patient required bone graft inmaxillary sinus.
2. Picture after the formation of gingival incision.
3. Formation of bone hall with LS-reamer. 4. Lifting maxillary sinus membrane through the bone hallwith LS-reamer and bone disk.
5. Picture after lifting maxillary sinus membrane withmicro elevator. Instrumentation is very safe due tobone disk.
6. Bone graft into the sinus through the bone hall.
Case 2. Extraction of Second molar and lateral approach
Case Reports
SLA(Sinus Lateral Approach) kit
130
SLA
kit
7. Process of implant after the bone graft. Neo CMIImplant 5x10 was implanted.
8. Picture after implant in the maxillary sinus.
9. Picture after installation of prosthetics. 10. Complete prosthetics.
Case Reports
Introduction
Neo Fixture Remover KIT
Composition
Neo Fixture Remover KIT
Components
User Guide
Case Reports
132
133
134
135
138
Contents
Neo FR(Fixture Remover) kit
132
Neo FR
kit
As the product is tool for removing stopped implant caused by excessive torque
during insertion or implant in lost bone easily, it`s designed for inserting new implant with the same
diameter after removing implant.
Introduction
Neo FR(Fixture Remover) kitN
eo FR kit
133
Fixture Remover Screw
Hex DriverFixture Remover
Torque Wrench
Neo FR(Fixture Remover) KIT Composition
Neo FR(Fixture Remover) kit
134
Neo FR
kit
1. Fixture Remover
This tool is to remove an implant and apply a direct removing torque withremover screw.
2. Hex Driver
This tool is to mount fixture remover screw on fixture
3. Fixture Remover Screw
It is used to mount Fixture remover on fixture screw hole.
Diameter(�) Length(mm) Product Name
15.0 FR 3153.5
20.0 FR 320
15.0 FR 4154.0
20.0 FR 420
15.0 FR 5155.0
20.0 FR 520
15.0 FR 6156.0
20.0 FR 620
Screw Size Product Name
M 1.4 FRS 14
M 1.6 FRS 16
M 1.8 FRS 18
No 1-72 UNF FRS 172
M 2.0 FRS 20
M 2.5 FRS 25
Length(mm) Product Name
7.0 HDF 1607
12.0 HDF 1612
17.0 HDF 1617
Type Product Name
Ratchet FRCHT
Torque Control Device TW 80400
4. Torque Ratchet Wrench
It is to measure exact torque with Wrench tool.
Neo FR(Fixture Remover) KIT Components
Ratchet
Torque Control Device
Neo FR(Fixture Remover) kitN
eo FR kit
135
User Guide
1. Sterilize each Kit component.
2. Remove prosthesis of implant want to remove completely.
3. Tighten Remover Screw fitted to inner hole of implant using Hex Driver with proper torque around
40-50N/cm. Recommended torque and standard of Remover Screw for each size of implant are as
follows.
4. After inserting Fixture Remove with counterclockwise to fixed screw, rotate it until implant rotates
with the same direction (the direction for removing implant) using Torque Wrench.
Mounting torque of Removing Screw
Picture 1 Picture 2
Picture 3 Picture 4
Screw Spec. Recommended Torque(Ncm) Maximum Torque(Ncm)
FRS 14 M 1.4 50 60
FRS 16 M 1.6 60 80
FRS 18 M 1.8 60 100
FRS 172 No. 1-72UNF 60 100
FRS 20 M 2.0 60 100
FRS 25 M 2.5 60 100
Neo FR
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136
Neo FR(Fixture Remover) kit
6. After equipping removed implant to vise and rotating Remover Head with clockwise using Torque
Wrench from implant, separate Remover Screw fixed in Fixture using Hex Driver with counterclockwise.
User Guide
5. If implant don't get out in spite of excess of maximum torque, remove the Fixture Remover and remove
minimum bone around implant using Round Bur. Then retry “No.4” process.
Picture 5 Picture 6
Picture 7 Picture 8
Removal torque Following the removal tool combination
Recommended MaximumFixture Size Remover Screw Removing Removing
Torque(Ncm) Torque(Ncm)
FRS 14 200 250
FRS 16 250 300Narrow FR 315 or FR 320
FRS 18 / FRS 172 300 350
FRS 20 350 400
FRS 18 / FRS 172 300 350FR 315 or FR 320
FRS 20 350 400Regular
FRS 18 / FRS 172 300 350FR 415 or FR 420
FRS 20 350 400
FRS 20 350 400FR 415 or FR 420
FRS 25 400 450�5.0 Wide
FRS 20 350 400FR 515 or FR 520
FRS 25 400 450
FRS 20 350 400FR 515 or FR 520
FRS 25 400 450�6~8 Wide
FRS 20 350 400FR 615 or FR 620
FRS 25 400 450
Neo FR
kit
137
Neo FR(Fixture Remover) kit
Picture 9 Picture 10
Picture 11
1. You have to use the tool with full knowledge about the way of using.
2. If you insert Remover Screw to Fixture without recommended torque, Remover Screw could be brokenor get bent. Also, it could spin between Fixture and Fixture Remover.
3. Remover screw is recommanded single use. If the torque is applied lower than 100Ncm, 3 times of use is maximum. But If over torque(over than 100Ncm) is applied, do not reuse it, because Remover Screw could break orbent.
4. If you apply over than the maximum torque to Fixture Remover, damage on the tool, breaking andbending of implant, and fracture can be occurred. So do not apply over than maximum torque.
5. You need enough irrigation to the implant with over 60Ncm torque during removing implant for preventing the heat.
6. If there are uncompleted coupling among inner Hex of Remover Screw Head, Hex Driver, FixtureRemover Head, and Torque Wrench. The product can be damaged and tool performance can bedropped so you have to use it after applying exact way.
7. In case of appling Regular size implant, if over torque than 400Ncm is applied, the Apex of implant canbe fractured.
�WARNING
User Guide
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138
Neo FR
kit
1. The picture of the implant which needs to be removed becourse of bone loss, but it is hard to be removed becourse of Osseointegration.
2. Connection remover screw of Neo FR kit with implant with the force up to “S” of torque wrench.
3. Easily removed by 400Ncm inplant without bone damage by fixture remover of Neo FR kit
4. The picture shows the thread of implant still exists owing to nobone damage.
5. After removing the old implant clean the infection area and installthe new implant.(Same size)
Case Reports
Introduction
Neo Screw Remover KIT
Composition
Neo Screw Remover KIT
Components
User Guide
Screw Removal Sequence
140
141
142
145
148
Contents
Neo SR(Screw Remover) kit
140
Neo S
R kit
This is kit consisting of the tools designed to remove the fractured screw fast and
safely in case that the screw inside the inserted fixture are fractured due to several reasons.
Introduction
� Perfect Guide
� Guide
Neo S
R kit
141
Neo SR(Screw Remover) kit
Guide Holder
Perfect Guide
Neo SR(Screw Remover) KIT Composition
PG Driver
Conical Guide
Shank DriverReverse Drill
Screw Remover
External Guide
Internal Guide
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R kit
142
Neo SR(Screw Remover) kit
Neo SR(Screw Remover) KIT Component
1. Perfect Guide & PG Driver
Perfect Guide plays a role of the guide of Reverse Drill and is used when the screw is fractured downwardfemale screw inside the fixture, and is used by attaching directly to the fixture female screw using a PG Driver.
- As there is a specially designed bump which enables to push the fractured screw together by turning it when attaching a PerfectGuide, the guide can be attached perfect.
- Inside Perfect Guide, a drill stop is designed to avoid drilling more than 2mm.
- As this is attached directly to the Fixture for use, the tool to fix the guide is not needed when drilling.
Application fixture ApplicationStandard Product Name female screw Reverse Drill
ø0.8 / M1.6 PG 0816 M1.6 RCD 08
ø1.0 / M1.8 PG 1018 M1.8 RCD 10
ø1.2 / M2.0 PG 1220 M2.0 RCD 10, 12
ø1.4 / M2.5 PG 1425 M2.5 RCD 12, 14
Hex(mm) Product Name Application Product
2.5 PGHD 25S PG0816, PG1018, PG1220, PG1425
� Be sure to use the same size of Perfect Guide as fixture female screw.
�Perfect Guide
�PG Driver
2. Conical, Internal & External Guide
Like Perfect Guide, these instruments play a role of the guide of Reverse Drill and are used when a PerfectGuide can not be used, or when the screw is fractured in the deep area downward more than 2mm in thebeginning of female screw inside the fixture, and select the proper guide to use according to the internalconnection.
Size Product Name Application Fixture
11�/8� CG 00 Having 11�or 8�internal connection Fixture
Size Product Name Application Fixture
2.4 Hex IHG 24 Having 2.4 Hex internal connection Fixture
2.5 Hex IHG 25 Having 2.5 Hex internal connection Fixture
3.1 Octa IOG 31 Having 3.1 Octa internal connection Fixture
Size Product Name Application Fixture
2.4 Hex EHG 24 Having 2.4 Hex external connection Fixture
2.7 Hex EHG 27 Having 2.7 Hex external connection Fixture
3.4 Hex EHG 34 Having 3.4 Hex external connection Fixture
�Conical Guide
� Internal Guide
�External Guide
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R kit
143
Neo SR(Screw Remover) kit
4. Reverse Drill
- This is an instrument to form the hole for screw remover to insert on thefractured screw before using a screw remover which has the function toremove the screw. According to edge diameter, it is consisted of 4typesand selects a reverse drill suitable for the size of screw desired to remove.
- This enables to adjust the drilling the drilling depth 1mm~3mm as it ismarked.
1mm
1mm
1mm
Diameter(�) Product Name Fractured Screw Size
0.8 RCD 08 M1.6
1.0 RCD 10 M1.8 or M2.0
1.2 RCD 12 M2.0 or M2.5
1.4 RCD 14 M2.5
Diameter
� Abutment Screw standard is different according to the manufacturer but generally, except for
special case, the screws of M1.6, M1.8, M2.0, M2.5 are used.("M" means the meter screw and the number means the diameter of screw. For example,“M1.6 screw” means the meter screw with screw diameter 1.6mm.)
Neo SR(Screw Remover) KIT Component
3. Guide Holder
This is an instrument to hold by hand and fix the Internal Guide, External Guide and Conical Guide whichplay a role of the guide when using a Reverse Drill, after attaching them to this instrument.
Standard Product Name Application Product
Conical Guide : CG00
3.5 Double Hex GH 00 Internal Guide : IHG24, IHG25, IOG31
External Guide : EHG24, EHG27, EHG34
� In case of impossible use of Perfect Guide situation, use Guide Holder with Conical, Internal, and
External Guide.
Neo S
R kit
Neo SR(Screw Remover) kit
Neo SR(Screw Remover) KIT Component
144
5. Screw Remover
This is an instrument to remove the fractured screw by inserting the screwremover suitable for the hole formed by a reverse drill and turningcounterclockwise at less than 80rpm. Screw Remover is designed with thetaper structure so that the more it turns the ore the friction force required toloosen increases.
� SR14 is use for broken hex of the screw.
Diameter(�) Product Name Application
0.8~1.1 SR 08 When the hole is formed by Reverse Drill ø0.8(RCD08)
1.0~1.3 SR 10 When the hole is formed by Reverse Drill ø1.0(RCD10)
1.2~1.5 SR 12 When the hole is formed by Reverse Drill ø1.2(RCD12)
1.4~1.7 SR 14 When the hole is formed by Reverse Drill ø1.4(RCD14)
6. Shank Driver
This is an instrument designed to use by hand or torque wrench or ratchet byattaching the screw remover to this instrument.
Product Name Application Product
SHD 00 SR08, SR10, SR12, SR14
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R kit
145
Neo SR(Screw Remover) kit
User Guide
1. SterilizeSterilize the desired components to use only or sterilize the whole kit that the components areinserted.
2. Find standard size for Fixture & ScrewCheck the size of Fixture connection or the desired fractured screw to remove or the female screwinside the fixture.� If you don't know the size of Fixture connection or the fractured screw or the female screw of fixture, be sure
to ask the manufacturer or agent for information.
3. Guide for selection & connection
Select the suitable guide for Fixture connection and screw size and attach it to the fixture.
1. Usage of Perfect guide.Use a PG Driver to attach the Perfect Guide which corresponds to the size of female screw of fixture, to thefemale screw of the fixture.Attach it with about 10Ncm which is a torque enough to tighten by the hand force.
2. Usage of External, conical, internal guide.When there is a situation which cannot use Perfect Guide or abutment screw has been fractured more than2mm, select one proper guide among External Guide, Conical Guide, and Internal Guide and install theselected guide on the Guide Holder and then attach it to the fixture.
ex) External Regular ex) Internal Regular
Fractured screw Fractured screw
� Fixture connection
External : 2.4Hex, 2.7Hex, 3.3Hex ,3.4HexInternal : 2.4Hex, 2.5Hex, 3.1 Octa
� Screw standard
In general M1.6, M1.8, M2.0, M2.5 are mostly fitted
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R kit
146
Neo SR(Screw Remover) kit
User Guide
4. Usage of Reverse Drill
Select suitable Reverse Drill to the size of screw desired to remove and attach it to the contra angle of
surgical engine and then insert it in the Guide installed in the fixture and turn it counterclockwise at
1,200rpm~1,300rpm to form 1~2mm hole on the fractured screw. As the heat may generate by drilling, the
sufficient irrigation is needed.� To reduce the mistake to attach the Perfect Guide which has different size with that of female screw of Fixture,
attach the Perfect Guide with a bigger diameter first and if not fitted, try to attach the smaller Perfect Guide.
5. Usage of Screw Remover
After removing the attached guide, select the Screw Remover suitable for the hole formed by a Reverse
Drill and attach it to the contra angle of surgical engine and then press the Screw Remover on the formed
hole with the proper force and turn it counterclockwise less than 80rpm to loosen the screw.
If a Screw Remover is attached to Shank Driver, it is available to loosen the fractured screw by hand or by
connecting a Ratchet or Torque Wrench.
� Perfect Guide
� As a drill stop is designed inside Perfect Guide, the drilling more than 2mm is not possible. However, for ExternalGuide, Conical Guide and Internal Guide, a drill stop is not designed other than Perfect Guide. Thus, when drilling,be sure to check the strip marking which indicates the drilling depth of Reverse Drill.
Clockwise
Counterclockwise
Counterclockwise
Insert to the hole
Connect PG Driver to Perfect Guidebefore connecting Perfect Guide tothe fixture.
- In order to make 1~2mm hole of fracturedscrew, it needs to insert Reverse drill to theGuide and drill counterclockwise with irrigation.
- Do not connect the Guide while the drill isrotating. You must drill when Reverse drilltoughs the surface of the screw.
Remove the Guide with the drill, the insert a suitableScrew Remover to the hole and remove the fracturedscrew by rotating counterclockwise.
In case the screw is fractured downwardfemale screw inside the fixture. In order to use the
Perfect Guide, femalescrew needs minimumhelix in the fixture.
In case the screw is fractured downwardfemale screw inside the fixture.
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147
User Guide
� External, Internal, Conical Guide
Install the selected guide on the GuideHolder and then attach it to the fixture byhand.
When there is over torque by combining the Fixture and the abutment, hex of the screw head can be distorted. On this case, using screwremover kit, screw of abutment can be easily removed.
1. Insert �1.4 screw remover (SR14) counterclockwise by below 80 rpm to remove the screw. (Picture 1->2 )
2. In case the screw remover runs by itself not with the screw, then use �1.4 reverse drill (RCD14) to the hex and run 1,200~ 1,300rpmcounterclockwise and make 1~1.5mm hole and then use �1.4 screw remover(SR14) again. (Picture 1->2->3->1->2)
- In order to make 1~2mm hole of fractured screw, itneeds to insert Reverse drill to the Guide and drillcounterclockwise with irrigation.
- Do not connect the Guide while the drill is rotating. Youmust drill when Reverse drill toughs the surface of thescrew.
� In case of broken hex of Abutment screw.
Remove the Guide with the drill, the insert a suitableScrew Remover to the hole and remove the fracturedscrew by rotating counterclockwise.
1. Read the purpose of the product and how to use thoroughly before using.
2. If you select a Tool wrong, the fixture may be damaged. So, after checking the size of screwdesired to remove or fixture connection, select the proper Guide, Reverse Drill, and Reverse Tapto use.
3. If Perfect Guide is not attached well, do not force to attach it but select the proper guide suitablefor the fixture connection among External Guide, Conical Guide, and Internal Guide. If you force toattach the Perfect Guide, the fixture may be damaged.
4. Reverse Drill and Screw Remover should be used at optimal rpm.
5. If the used tool is left alone, it may cause the rust or corrosion. Be sure to dry thoroughly afterwashing and store it in the dry place at ambient temperature.
�Notices
Counterclockwise
Counterclockwise
Counterclockwise
Counterclockwise
Insert to the hole
��� ��� ���
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R kit
Perfect Guide screw removal sequence.
� When you use the Perfect Guide, in case of M2.0 and M2.5, you can remove the fractured screw bysequence of method1 and 2.
� In case of removing M2.0 and M2.5 size screw, if you fail to remove the screw by sequence of the method1,you can have one more chance removing the screw by sequence of the method2.
Use a PG Driver to attach the PerfectGuide which corresponds to the size offemale screw of fixture to the femalescrew of the fixture by the hand force.(Torque: About 10Ncm)
Connect the Reverse Drill with the contraangle of surgical engine and then insert itin the Perfect Guide installed in the fixtureand turn it at 1,200~1,300 rpm to from the1~2mm hole on the fractured screw.
After removing the attached guide, selectthe Screw Remover suitable for the holeformed by a Reverse Drill and attach it tothe contra angle of surgical engine andthen press the Screw Remover on theformed hole with the proper force and turnit less than 80 rpm to loosen the screw.
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External, Internal, Conical Guide screw
removal sequence
� In case of a internal fixture, you can use the Internal Guide or Conical Guide
� In case of removing M2.0 and M2.5 size screw, if you fail to remove the screw by sequence of the method1,you can have one more chance removing the screw by sequence of the method2.
Use a PG Driver to attach the Perfect Guidewhich corresponds to the size of femalescrew of fixture to the female screw of thefixture by the hand force. (Torque : About10Ncm)
Connect the Reverse Drill with the contraangle of surgical engine and then insert it inthe Perfect Guide installed in the fixture andturn it at 1,200~1,300rpm to from the1~2mm hole on the fractured screw.
After removing the attached guide, select theScrew Remover suitable for the hole formedby a Reverse Drill and attach it to the contraangle of surgical engine and then press theScrew Remover on the formed hole with theproper force and turn it less than 80rpm toloosen the screw.
According to Fixture connection, select onepaper guide among External Guide, ConicalGuide, and Internal Guide and install theselected guide on the Guide Holder andthen attach it to the fixture.
Introduction
CTi-mem Components
User Guide
CTi-mem Selection
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155
159
163
Contents
Customized Titanium Membrane
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Custom
ized Titanium
Mem
brane
Introduction
has developed independently by Neobiotech Co., Ltd., Which is the customized
titanium membrane with minimum cutting and bending of it for attaching on the location of part used. This
product, customized titanium membrane, solved the existed rectangle membrane's own inconvenience of
cutting problem.
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Introduction
1. Biocompatibility
Cp. Ti material has an excellent biological stability, and it is beneficial to bone formation.
2. Strong
Compare to absorbable membrane, it has a superior strength and excellent retention of BMP space.
3. Flexibility
Has an excellent flexibility due to the thinness, and it can easily produce a desired shape.
4. Customized shape
Depending on the location, it provides variety sizes of membrane that are suitable for treatment use.
Membrane with a minimum of trimming can be made into the shape you want.
5. Implant fixation
Even without the use of membrane fixing screw, it can be fixed directly to Implant.
6. Vertical Augmentation
Vertical Augmentation is adjustable with using 1mm, 1.5mm, 2mm of CTi Spacer.
7. 1-stage Surgery
After completing GBR, the CTi-Mem can be easily removed without having 2-stage surgery.
Advantage of CTi-Mem
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Custom
ized Titanium
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Introduction
CTi-mem Characteristic
1
2
3
4
5
C
6
Lingual fingerMain function is to maintain the efficient space by covering the 2~3mm of lingual defect with easy bending. Simple
cutting if necessary.
Proximal fingerNecessary when vertical augmentation of Misial&distal defect, shape formation available with easy bending. Cut
the unnecessary part After measure the width of proximal.
Lateral augmentation part- Put the C part as the centre and bending of a curved for 2~3mm thick side bone formation.
- Bending the side extrusion inwards in order to protect bone transplant and form the space. Porous exists to
minimize the soft tissue exposure.
Lateral cover- Cover part of side transplant bone materials. Choose the size depends on defect length.
- Three dimensional bending available, no porous exists to be able to remove the CTi-mem with simple 2nd surgery.
FootProtect the transplant material as bending inwards, have membrane fixation by contacting the existing bone.
Fixing holeThe hole formed to fix the CTi-mem to fixture. Firstly connect the CTi Spacer to fixture, lift up the CTi-mem and
then fix with the CTi Healing Abutment or CTi Cover Cap. Vertical bone formation can be decided depends on CTi
Spacer height.
1
2
3
4
5
6
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CTi-mem has three A types, nine B and C types and three E types. Total of30 kinds of membranes are customized.
A-Type 1 Wall
Augmentation (Buccal or Lingual)
B-Type 2 Wall
Augmentation (Buccal - Proximal)
C-Type 3 Wall
Augmentation (Buccal-Lingual-Proximal)
P(mm) W(mm) L(mm)(Proximal Width) (Buccal Width) (Buccal Length) Code Product Name
4 8 6 A1 ATMBN 0810S
4 10 8 A2 ATMBN 0912S
4 10 10 A3 ATMBN 0915S
P(mm) W(mm) L(mm)((Proximal Width) (Buccal Width) (Buccal Length) Code Product Name
6 B1 ATMBN 0910L
7 9 8 B2 ATMBN 0912L
10 B3 ATMBN 0915L
6 B4 PTMBN 1210S
10 12 8 B5 PTMBN 1212S
10 B6 PTMBN 1215S
6 B7 PTMBN 1210L
12 12 8 B8 PTMBN 1212L
10 B9 PTMBN 1215L
P(mm) W(mm) L(mm)(Proximal Width) (Buccal Width) (Buccal Length) Code Product Name
6 C1 ATMLN 0910L
7 9 8 C2 ATMLN 0912L
10 C3 ATMLN 0915L
6 C4 PTMLN 1210S
10 12 8 C5 PTMLN 1212S
10 C6 PTMLN 1215S
6 C7 PTMLN 1210L
12 12 8 C8 PTMLN 1212L
10 C9 PTMLN 1215L
W
L
P
W
L
P
W
L
P
1. CTi-mem
CTi-mem Component
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Custom
ized Titanium
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CTi-mem Component
D-Type ITI Type (Non-fixed)
1 Wall Augmentation
D-Type ITI Type (Non-fixed)
2 Wall Augmentation
E-TypeUniversal Type (Submerged & Non-fixed)
P(mm) W(mm) L(mm)(Proximal Width) (Buccal Width) (Buccal Length) Code Product Name
6 D1 ATUBN 0910L
7 9 8 D2 ATUBN 0912L
10 D3 ATUBN 0915L
P(mm) W(mm) L(mm)((Proximal Width) (Buccal Width) (Buccal Length) Code Product Name
6 D4 PTUBN 1210S
10 12 8 D5 PTUBN 1212S
10 D6 PTUBN 1215S
P L(Proximal Width) (Buccal Length)
Code Product Name
12 15 E1 CTM 1215
12 20 E2 CTM 1220
15 20 E3 CTM 1520
W
L
P
W
L
P
L
P
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CTi-mem Component
- By connecting CTi spacer to the implant platform of the head, GBR can becontroled.
- After mounting the Cti-mem (A, B, C type) in upper part of being enteredand placed implant. Fix the CTi-mem with CTi Cover cap or CTi healingabutment.
- Available to control the vertical augmentation amount by using optionalthree types of CTi Spacer that are 1mm, 1.5mm, 2mm.
Diameter(�) Height(mm) Product Name
0.5 ISCTS 4005
1 ISCTS 40104.0
1.5 ISCTS 4015
2 ISCTS 4020
Type Diameter(�) Height(mm) Product Name
1 ENCTS 3710
Narrow 3.5 1.5 ENCTS 3715
2 ENCTS 3720
1 ERCTS 4010
Regular 4.0 1.5 ERCTS 4015
2 ERCTS 4020
1 EICTS 5010
Wide(3i) 5.0 1.5 EICTS 5015
2 EICTS 5020
1 EBCTS 5010Wide
5.0 1.5 EBCTS 5015(Branemark)
2 EBCTS 5020
EB CTi Spacer
IS CTi Spacer
2. CTi Spacer
Diameter
Height
Diameter
Height
Used for fixing the CTi-mem that has been mounting with CTi Spacer, andSubmerged purpose.
Diameter(�) Heightter(mm) Product Name
4.0 1.5 CTC 40
3. CTi Cover Cap
Diameter
Height
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Custom
ized Titanium
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CTi-mem Component
Used for fixing the CTi-mem that has been mounting with CTi Spacer, andNon-Submerged purpose.
4. CTi Healing Abutment
Diameter 1(�) Diameter 2(�) Height(mm) Product Name
3.0 CHAG 4040304.0
4.0 CHAG 4040404.0
3.0 CHAG 4050305.0
4.0 CHAG 405040
Product Name
MCCD
Used for picking-up the CTi Cover cap, enter in or lossen the CTi cover capfrom the CTi Spacer.
5. CTi Cover Cap Driver
Product Name
MCCP
CTi-mem contouring Plier is for bending CTi-mem in right form.
6. CTi-mem Contouring Plier
Product Name
MG 00
CTi-guage is for measuring oral proximal width, buccal width and buccallength.
7. CTi Guage
Diameter 1
Diameter 2
Height
� CTi Spacer / CTi Healing Abutment can be close or released by 1.2 Hex Driver.
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User Guide
1. Finish the implantation of the Fixture.
2. Choose CTi-Mem by using the measurement from CTi gauge and length space of bone graft.
3. Combine the membrane healing post with the fixture. By selecting the post, you need to know the
system of the implant, volume of the bone graft and EB and IS implant have two types of height(1mm,
1.5mm, 2mm) which this information can give good selection.
4. Proceed Bone graft.
5. Make model of the selected CTI- Mem. Do not bend rapidly in the same area or it will fracture the
CTI- Mem.
6. Stable the CTI-Mem and combine the membrane healing cap or membrane cover cap with below 10 Ncm. - With the gum height use suitable healing cap.
- Use cover cap for 2nd stage surgery.
7. Suture the Soft tissue.
1. A type : 1 wall augmentation
Placement for buccal in bone defect area
Implant at the area of bonedefect
Combine CTi Spacer withimplant
Image of CTi Spacer withimplant
Bone graft at Bone defect area
Bend Cti-mem with Con-touring plier
Bend Suitable Form byBending CTi-mem
Place the mount at CTi Spacer Before suture, combine CTiHealing abutment or CTiCover cap with CTi-mem
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ized Titanium
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User Guide
2. B type : 2 wall augmentation
Placement for buccal, proximal in bone defect area
3. C type : 3 wall augmentaion
Placement for buccal, proximal and lingual in bone defect area
Implant at the area of bonedefect
Combine CTi Spacer withimplant
Image of CTi Spacer withimplant
Bone graft at Bone defect area
Bend Cti-mem with Con-touring plier
Bend Suitable Form byBending CTi-mem
Place the mount at CTi Spacer Before suture, combine CTiHealing abutment or CTiCover cap with CTi-mem
Implant at the area of bonedefect
Combine CTi Spacer withimplant
Image of CTi Spacer withimplant
Bone graft at Bone defect area
Bend Cti-mem with Con-touring plier
Bend Suitable Form byBending CTi-mem
Place the mount at CTi Spacer Before suture, combine CTiHealing abutment or CTiCover cap with CTi-mem
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User Guide
4. D type : 1 wall agumentation for ITI type
Placement for buccal in bone defect area
5. D type : 2 wall agumentation for ITI type
Placement for buccal and proximal in bone defect area
Detect the area of bone defect Combine cover screw orhealing abutment
Bone graft at Bone defect area Bend Cti-mem with Contouringplier
Bend Suitable Form by BendingCTi-mem
Before suture, place CTi -memat bone defect area
Detect the area of bone defect Combine cover screw orhealing abutment
Bone graft at Bone defectarea
Bend Cti-mem with Contouringplier
Bend Suitable Form by BendingCTi-mem
Before suture, place CTi -memat bone defect area
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Custom
ized Titanium
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User Guide
6. E type : Non-fixed Submerged
Placement for large bone defect area
1. Practitioners should use after fully understand the handling and precautions of the product.
2. Since the product is supplied as sterile, CTi-mem should be used immediately after it is opened from
the package.
3. In the case of package is damaged, the condition of sterilization is likely to be damaged. Therefore, it
needs to be discarded.
4. Inadvertent exposure by a carelessness of suture can cause a redness, swelling and tissue to be
eliminated. Therefore, it needs to be removed.
5. Improper selection of patients or procedures can lead to a failure of treatment.
6. CTi-mem is a disposable single- use product. Do not reuse.
�Warning
Detect the area of bone defect Combine cover screw orhealing abutment
Bone graft at Bone defect area Bend Cti-mem with Contouringplier
Bend Suitable Form by BendingCTi-mem
Before suture, place CTi -memat bone defect area
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CTi-mem Selection
1. Depends on the wall situation, choose A, B, C type from the CTi-men.
2. Proximal width (p) of Occlusal part that needs to be covered by Membrane is measured in oral with
determination of the 'p' size. If Proximal defect is not existed, amputate the proximal when it's 1wall
choose A, and when it's b-l defect choose C for the amputation.
3. W (Buccal Width) can be decided by P (Proximal Width) and P can be measured From B and C.
Introduction
Type of Ti-mesh
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Contents
Neo Titanium Mesh
166
Neo Titanium
Mesh
Introduction
Type of Ti-mesh
Neo titanium mesh can be trimmed by customer’s need (Thickness 0.085mm hole
size �0.8)
20mm 25mm
35mm 50mm
20mm
12mm
35mm
25mm
Size Code Product Name
20 x 12 T1 TMN 122008
25 x 20 T2 TMN 202508
35 x 25 T3 TMN 253508
50 x 35 T4 TMN 355008