TC-R / Regular

TC

with Ø 3,6 base

Multi-Unit titanium bases

Material: Ti6Al4V

96700**

ø

5,0

chamfer height

2 - 3 - 4

angle

Dritto

Complete with through screw for bases; the MU bases with 17° and 35° angulation facilitate the parallelization of multiple implants with non-parallel alignment.

96717**

ø

5,0

chamfer height

2 - 3

angle

17°

Complete with through screw for bases; the MU bases with 17° and 35° angulation facilitate the parallelization of multiple implants with non-parallel alignment.

96735**

ø

5,0

chamfer height

3 - 4

angle

35°

Complete with through screw for bases; MU bases with 17° and 35° angulation facilitate the parallelization of multiple implants with non-parallel alignment.

MU healing cap

Material: Ti6Al4V

9671700

They protect the MU bases prior to prosthetic restoration.

MU Pick-up transfer

Material: Ti6Al4V

9671000

heights

8

Rotating; complete with through cover screw h. 3. Screw with 6 mm emergence also available. Must be placed on the MU bases for impression taking.

MU abutments

Material: Ti6Al4V o PMMA

9671090

Material: titanium; complete with through screw for bases; MU provisional abutments are rotating to correct implant non-parallelism.

9671030

Material: PMMA; complete with through screw for bases; MU castable abutments are rotating and fully modifiable after waxing, to be cast in gold or other commonly used alloys.

MU analog

Material: Ti6Al4V

7671500

MU analogs must be paired with MU transfers to develop the plaster model.

Esthetic healing screws

Material: Ti6Al4V

91817**

ø

5,0

heights

3 - 4,5 - 6

They are used after implant uncovering to achieve an optimal emergence profile.

Pick-up transfer for open-tray technique

Material: Ti6Al4V

9611000

ø

4,6

heights

10

Complete with through screw and plastic snap cap.

Plastic snap cap

Material: Peek

9610012

Package of 3 pcs; snap cap for closed-tray impression transfer.

Transfer for retentive open-tray technique

Material: Ti6Al4V

9611200

ø

5,0

heights

13

Complete with through screw

Laboratory analogs

Material: Ti6Al4V

9615000

ø

4,5

heights

12

The analogs must be paired with the transfers to develop the plaster model.

Pre-angled anti-rotational abutments with chamfer

Material: Ti6Al4V

90966**

ø

4,5

angle

15°

chamfer angulation

1 - 2 - 3 - 4

Complete with through screw. The pre-angled abutments are suitable for cases of divergent implants.

90966**

ø

4,5

angle

25°

chamfer angulation

1 - 2 - 3 - 4

Complete with through screw. The pre-angled abutments are suitable for cases of divergent implants.

Straight anti-rotation abutments with chamfer

Material: Ti6Al4V

90966**

ø

4,5

heights

6

chamfer angulation

1 - 2 - 3 - 4

Complete with through screw. Features and indications for use: The coronal part of the abutment is 6 mm high, while the transmucosal neck varies according to need. Laterally, two grooves are present to prevent rotation of the prosthesis after cementation.

Milled anti-rotation abutments

Material: Ti6Al4V

962800*

ø

8

heights

10

Complete with through screw. The millable abutment is suitable for cases of non-parallelism that cannot be resolved with standard abutments.

(9628001): conometric connection activated

Temporary abutments

Material: Ti6Al4V

9096601

heights

15

Rotating

Complete with through screw. The provisional abutment is indicated as an intermediate abutment in the absence of non-parallelism or as a temporary abutment.

9096602

heights

15

Anti-rotation

Complete with through screw. The provisional abutment is indicated as an intermediate abutment in the absence of non-parallelism or as a temporary abutment.

UCLA CoCr abutment

Material: POM body, CoCr base

9096781

ø

4,5

heights

10

Rotating

Melting range: 1390°–1475°; complete with through screw.

9096782

ø

4,5

heights

10

Anti-rotation

Melting range: 1390°–1475°; complete with through screw

Castable abutments

Material: PMMA

9631161

ø

4,5

heights

10

Rotating

Complete with through screw. The castable abutments are fully shapeable and used after appropriate casting with the preferred alloy. For milling, the use of straight-cut cylinder burs is recommended

9631101

ø

4,5

heights

10

Anti-rotation

Complete with through screw. The castable abutments are fully shapeable and used after appropriate casting with the preferred alloy. For milling, the use of straight-cut cylinder burs is recommended

Castable abutments for bar with titanium base

Material: POM body, Ti-6Al-4V base

909667*

ø

4,5

heights

2 - 3 - 4

The castable part of the bar abutments is rotating to facilitate multiple parallelizations. The preformed titanium base ensures a highly precise connection to the implants.

Ball abutments for overdenture

Material: Ti6Al4V

909664*

heights

1 - 2 - 3 - 4

Ball: micro 1.8 mm; complete with container and retentive cap. Ball abutments are indicated for cases of complete edentulism and represent an effective solution for stabilizing removable prostheses.

OT Equator® abutment set

Material: Ti6Al4V, PA, EVA

130MULTC*

ø

4,5

heights

1 - 2 - 3 - 4

Products by Rhein ’83 Srl. The OT Equator attachment with reduced profile allows correction of implant non-parallelism up to 25° without affecting the function of the retentive caps. OT Equator set contents: 1 OT Equator abutment, 1 cap container, 4 assorted retentive caps, 1 protective disc.

Components for digital workflow

Scan body

Material: Ti6Al4V

9090001

heights

12

Complete with through screw. Usable with intraoral and desktop scanners

Pre-milled

Material: Ti6Al4V

9628002

Non-rotating; complete with through screw. Millable abutment with original preformed connection for ARUM milling machine.

Digital analog

Material: Ti6Al4V

9615001

ø

4,5

heights

12

Analog for printed models with fixing screw included.

Switch bases for CAD CAM

Material: Ti6Al4V

909668*

ø

4,0

heights

6,5

Rotating and non-rotating; neck height: 1–2 mm; complete with through screw. Bonding interface with original preformed connection.

Flat bases for CAD CAM

Material: Ti6Al4V

909668*

ø

4,0

heights

6,5

Rotating; neck height: 1–2 mm; complete with through screw. Bonding interface with original preformed connection.

Advanced solutions for dental prosthetics

Advanced and customized prosthetic solutions, featuring state-of-the-art technologies to ensure optimal results, maximum comfort, and long-lasting functionality.