TiSmart Ø4.0

Product codes:
TSK4007 for height of 7 mm.
TSK4085 for height of 8.5 mm.
TSK4010 for height of 10 mm.
TSK4011 for height of 11.5 mm.
TSK4013 for height of 13 mm.
TSK4015 for height of 15 mm.

Made in Grade 4 titanium.
Platform Ø4.0 mm, apex Ø2.47 mm.

DSA (Double Seal Action) connection with dual structure: the coronal part is conical and acts as a guide for inserting the abutment. Its high precision manufacture allows to obtain a strong bacterial seal. The more internal part is hexagonal and is used to stabilize the stump and reposition the prosthesis.

Platform switching. The TiSmart Ø4.0 mm implant allows a prosthetic switch of 0.5 mm.
The coils, which have a double function thanks to their adjustable structure, allow to tune the implant’s primary stability to the bone’s hardness while inserting it.
The micro-threading in the coronal part has the objective of reducing bone reabsorption, hence improving aesthetic performance in the long term.
The apical incisions allow the implant to become self-taping and easy to insert, increasing its anti-rotational properties.

Straight abutment

Cod. TSKMD15 - H1,5
Cod. TSKMD30 - H3,0

Angled abutment 15°

Cod. TSKMA152 - H2
Cod. TSKMA153 - H3

Angled abutment 25°

Cod. TSKMA252 - H2
Cod. TSKMA253 - H3

Abutment with cobalt chrome base

Cod. TSKCRCO

Castable abutment cobalt chrome rotating base

Cod. TSKCRCOR

Castable abutment titanium base

Cod. TSKCATI

Provisional abutment

Cod. TSKMPN

Rotating provisional abutment

Cod. TSKMPR

Milleable titanium abutment

Cod. TSKMF

T-base

Cod. TSKTI

Rotating T-base

Cod. TSKTIR

Titanium scan body abutment

Cod. TSKSCB

Ball abutment

Cod. TSKMS1 - H1
Cod. TSKMS2 - H2
Cod. TSKMS4 - H4

Ball abutment cap

Cod. MSCAP01

Equator cap

Cod. EQCAP01

Equator abutment

Cod. TSKEQ1 - H1
Cod. TSKEQ2 - H2
Cod. TSKEQ4 - H4

Inox box for equator cap

Cod. EQCON

Stainless box for ball abutment cap

Cod. MSCON01

CAD CAM abutment

Cod. TSKCAM

Prosthetic screw

Cod. TSKVPR

Prosthetic screw with torx connection

Cod. TSKVPT

Straight MFA TSK

Cod. TSK001 - H1
Cod. TSK002 - H2
Cod. TSK003 - H3

Angled MFA 17° TSK

Cod. TSK173 - H3
Cod. TSK174 - H4

Angled MFA 30° TSK

Cod. TSK303 - H3
Cod. TSK304 - H4

Prosthetic screw for MFA

Cod. TSK100001

Castable abutment for MFA

Cod. TIS900002

Provisional abutment for MFA

Cod. TIS100222

Prosthetic screw M1,4 for MFA

Cod. TIS100003

Positioner for angled MFA

Cod. TPOMFA

Transfer pick-up techinque

Cod. TSKTR

Short transfer for Pick-up technique

Cod. TSKTRSH

Screw for short transfer

Cod. TSKVTR

Transfer pull-up technique

Cod. TSKTRST

Pull-up transfer screw

Cod. TSKVTRST

Analogue for conic connection implant Ø3,5

Cod. TSKAN35

Healing screw

Cod. TSKVG2 - H2
Cod. TSKVG4 - H4
Cod. TSKVG6 - H6

Healing screw Ø4,5

Cod. TSKVG452 - H2
Cod. TSKVG454 - H4
Cod. TSKVG456 - H6

Healing screw Ø5,5

Cod. TSKVG552 - H2
Cod. TSKVG554 - H4
Cod. TSKVG556 - H6

Transfer for MFA

Cod. TIS900003

Transfer screw for MFA

Cod. TIS900004

Analogue for MFA

Cod. TIS900001

Healing screw H4 with ring

Cod. TIS100304

Drill extension

Cod. TPRFR

Lanceolate drill

Cod. TFRLANC

Cylindrical drill

Cod. TFRC20

Conical drill Ø3.5

Cod. TFRK35

Conical drill Ø4.0

Cod. TFRK40

Cortical drill Ø3.5

Cod. TFRKC35

Cortical drill Ø4.0

Cod. TFRKC40

Micromotor driver

Cod. TSKDR

Micromotor driver

Cod. TFIINS

Short hand driver

Cod. TDR12C

Long hand driver

Cod. TDR12L

Short driver with torx connection

Cod. TDR12CT

Long driver with torx connection

Cod. TDR12LT

Driver for hand and ratchet

Cod. TCR12L

Parallelism indicator

Cod. TIND

Depth gauge

Cod. TMPRF

Dynamometric ratchet

Cod. TDINA

Driver for straight MFA

Cod. TCRMFA

Equator abutment driver

Cod. 774CHE

Ball abutment driver

Cod. 771CEF

STOP TFRC20

Cod. TSTOPC20XX
(07/85/10/11/13/15)

STOP TFRK35

Cod. TSTOPC35XX
(07/85/10/11/13/15)

STOP TFRK40

Cod. TSTOPC34XX
(07/85/10/11/13/15)

Surgical sequence Ø 4.0

For the correct insertion of the Ti Smart Ø 4.0 implant, we recommend following the surgical protocol:

1. Use the lanceolate drill (TFRLANC) up to the marking (recommended n. revs = 800 rpm).
2. Use the 2 mm start-up drill (TFRC20) with the appropriate stop of the same height as the implant being inserted (recommended n. revs = 800 rpm).
3. Insert the parallelism indicator and check for any disparallelism.
4. Use the conical drill (TFRK35) with the appropriate stop (recommended n. revs = 200-400 rpm).
5. Use the final conical drill (TFRK40) with the appropriate stop (recommended n. revs = 200-400 rpm).
6. In the case of D1 bone density, use the cortical drill (TFRKC40) up to the black laser marking (recommended n. revs = 200 rpm).
7. Insert the implant using the drivers (TSKDR/TSKINS). Recommended n. of revs 15-25 rpm
8. Close with the screw cap included in the package.