Zimmer Tapered Screw-Vent® Implant Internal Titanium Premill Blank 14mm Engaging NP(3.5mm) / RP(4.5mm) / WP(5.7mm)

Zimmer Tapered Screw-Vent® Implant Internal Titanium Premill Blank 14mm Engaging

NP(3.5mm) / RP(4.5mm) / WP(5.7mm)

Material:
Ti 6AI-4V ELI (Supply from Germany)

Feature:

* Simply efficiency
* Precision machined up to ± 5µm
* Benefit from a faster and controlled turnaround time
* Different diameter available of 10mm, 14mm

Pre-milled Abutment Blanks, you can now produce titanium customised abutments with your milling equipment.
Boost your efficiency by using your milling machines and benefit from all major implant connections.

Approved by CE, ISO 9001, ISO 13485

* We also can provide another 3 type of premill as above picture shown. Welcome to further inquire. Thanks.

Points of Zimmer Screw-Vent® (SV) Implant:

Screw-Vent® titanium grade 5 implants have a parallel wall body geometry and a triple lead thread design. The triple lead threads will force the implant at a faster rate in to the osteotomy site as compared to a single lead thread design implant. Three implant diameters (Fig.3) of 3.3, 3.7 and 4.7mm in four lengths of 8, 10, 13 and 16mm are available from Zimmer® for this implant system. 3.3 and 3.7mm diameter implants share the same implant/abutment interface (platform) of 3.5mm while 4.7mm diameter implants are machined with a 4.5mm implant/abutment interface. The implant/abutment interface consist of a internal hexagon which is dimensioned according to the platform diameter.

Each of the implants is packaged with a cover screw and color coded fixture mount. The color coding scheme is carried throughout the complete implant system for easy platform identification. Green signals the 3.5mm platform and purple signifies a 4.5mm platform. The fixture mount may serve as a delivery device, impression coping and temporary abutment. A oblong lacuna at the apex of the implant creates cutting surfaces and serves as a reservoir for bone chips. The surface treated area of the implant is separated from the implant/abutment interface by a 2mm machined collar.