D R I L L I N GS E Q U E N C EG U I D E

IS-II active

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeØ 4.5 10mm fixture will be placed

2

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeIncision

3

D R I L L I N GS E Q U E N C EG U I D E

IS-II active

1,200 RPM, 30 ~ 45Ncm

Point Lindemann drilling withirrigation

4

D R I L L I N GS E Q U E N C EG U I D E

IS-II active

1,200 RPM, 30 ~ 45Ncm

Point Lindemann drilling withirrigation

5

D1 D1 : Ø1.2D2 : Ø2.5D2

7

1.3mm0

33.5mm

8.5 10 11.5 13 16.5

D R I L L I N GS E Q U E N C EG U I D E

IS-II activePoint Lindemann drill

Diameter Product nameØ2.5 LDS25

LDSØ

25

6

D R I L L I N GS E Q U E N C EG U I D E

IS-II activePositioning for the initial drilling

7

D R I L L I N GS E Q U E N C EG U I D E

IS-II active

1,200 RPM, 30~45Ncm,10mm stopper

Initial drilling(Ø2.2)with irrigation

8

D R I L L I N GS E Q U E N C EG U I D E

IS-II active

1,200 RPM, 30~45Ncm,10mm stopper

Initial drilling(Ø2.2)with irrigation

9

0

33.5mm

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeInitial drill

Diameter Product nameØ2.2

Ø2.2

TSD22FTS

D22

F

7

1.3mm

8.5 10 11.5 13 16.5

10

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeØ 2.2 depth 10mm hole has appeared

11

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeChecking the depthwith depth gauge

12

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeChecking the path with a parallel pin

13

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeTaking radiography (X-ray)

14

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeRemoval of the parallel pin

15

D R I L L I N GS E Q U E N C EG U I D E

IS-II active

1,200 RPM, 30~45Ncm,10mm stopper

Twist drilling(Ø2.9)with irrigation

16

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeØ 2.9 depth 10mm hole has appeared

17

D R I L L I N GS E Q U E N C EG U I D E

IS-II active

1,200 RPM, 30~45Ncm,10mm stopper

Twist drilling(Ø3.4)with irrigation

18

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeØ 3.4 depth 10mm hole has appeared

19

D R I L L I N GS E Q U E N C EG U I D E

IS-II active

1,200 RPM, 30~45Ncm,10mm stopper

Twist drilling(Ø3.9)with irrigation

20

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeØ 3.9 depth 10mm hole has appeared

21

D R I L L I N GS E Q U E N C EG U I D E

IS-II active

50 RPM, 50Ncm

Profile tapping(Ø4.5) with irrigation

22

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeØ 4.5 Tapping has appeared

23

D R I L L I N GS E Q U E N C EG U I D E

IS-II active

Ø 4.5 X 10mm, 25~30 RPM,35Ncm

Fixture placementwith contra angle

24

D R I L L I N GS E Q U E N C EG U I D E

IS-II active

25

D R I L L I N GS E Q U E N C EG U I D E

IS-II active

Initial fixation at the apex isexcellent to both immediate placement and immediateloading

Apex

26

2525

Tighten slowly until it reaches 35Ncm

When Implant is being placed w i t h t o r q u e wrench, 35Ncm is suggested with irrigation

27

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeConnecting a coverscrew with Ø1.2 hexdriver (by hand)

28

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeSuture

29

D R I L L I N GS E Q U E N C EG U I D E

IS-II active

1

2

1. Bioseal2. Powerful thread

2 Main Factors for primary fixation duringosseointegration

30

D R I L L I N GS E Q U E N C EG U I D E

IS-II active

Bioseal increases marginal sealing of soft tissue therefore minimizes bone loss.

1.

Powerful thread also calledMagic thread, is specially designed to withstand occlusal and lateral forces.

2.

31

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeAfter osseointegration,remove the cover screwwith Ø1.2 hex driver(by hand)

32

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeConnectinga healing abutment

33

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeAfter soft tissue healing,remove the healingabutment withØ1.2 hex driver(by hand)

34

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeConnecting solidabutment withØ1.2 hex driver(by hand)

35

Connectingtorque ratchet

36

Tightening withtorque ratchet(Max. 35Ncm)

Tighten slowly until it reaches 35Ncm

37

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeSeating impression cap over the abutment

38

Taking impression

39

Impression capcomes out withimpression

40

Insert abutmentlevel lab analoginto impression

41

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeSeating protectivecap over abutmentand fabricatingprovisional restoration

42

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeWhen finalprosthesis is ready,remove theprotective cap

43

D R I L L I N GS E Q U E N C EG U I D E

IS-II activeCementing thefinal restoration

44

D R I L L I N GS E Q U E N C EG U I D E

IS-II active

1. Bioseal2. Coronal Macro Thread3. S.L.A. Surface treatment

Characteristics of IS-II active Implant that has long-term stability

1

2

3

45

D R I L L I N GS E Q U E N C EG U I D E

IS-II active

IS-II active implant is optimized for maintenance of primary stability with its powerful thread.Soft tissue healing process is predictable due toS.L.A surface treatment composed of macro andmicro pores which allow excellent biosealing.

S.L.A. Surface treatmentBioSeal (0.5mm) Coronal Macro Thread

2.1. 3.

46