NeoLink Abutment, Ti, Mono, NP Ø3.25

NeoLinks are machine-made precision components made of gold or pure titanium, serving as connectors between the implant and the abutment or framework. Abutments and frameworks can be made from zirconium dioxide or other materials like gold, titanium, or cobalt-chrome alloy, and manufactured using CAD/CAM techniques. This ensures that the precision and tolerances offered by the machined components are not compromised. NeoLinks come with two straight modeling aids, providing an economical yet uniquely flexible solution. Optional anatomical modeling aids further enhance this flexibility.

NeoLink Types

• Titanium Mono
• Titanium Multi
• Gold Mono
• Gold Multi

Application Area

Screw-retained or cemented single-tooth and multi-unit restorations.

Packaging

Non-sterile; includes NeoLink, lab screw, Neoss abutment screw, and two straight modeling aids.

Passive Fit

Since the abutment/framework can be bonded with the precisely machined NeoLink, a passive fit is achieved. Inaccuracies caused by casting or ceramic layering can thus be compensated.

Esthetiline Concept

NeoLinks Mono Gold and Titanium, combined with the set of anatomically pre-shaped modeling aids (available in different angulations, heights, and anatomical shapes for various indications), are part of the Esthetiline concept. The modeling aids match the anatomical gingiva formers with their natural emergence profile. For the best result, choose the matching counterpart to the gingiva former used.

Directional Indication

There is a directional indication between the NeoLink Mono and the healing abutments to achieve optimal positioning relative to the implant position.

Procedure

You have the following options:

1. CAD/CAM abutments/frameworks are cemented or bonded to the NeoLinks Titanium.
2. Cast onto the NeoLink Gold using a suitable alloy. NeoLinks Gold consist of non-oxidizing, high-melting gold alloy (composition: Au 60%, Pt 24%, Pd 15%, Ir 1%). We recommend a melting point below 1250°C.
3. Remove the NeoLink from the model and cast the anatomically shaped cap or framework without the NeoLink using the desired alloy. After completion, the cast cap or framework is connected to the NeoLinks.