VAT 5%

-Single crown or bridge milled from Zirconia Multilayer blank-Made from Wecera Super 8 Multilayer blanks, first 8-layer zirconia in the world-Especially designed for 14 unit bridges -Please check the link for blank specifications-LOT number for the blank is available upon request

-Single coping or coping bridge 3d printed from CoCr powder-Made from GE Additive Remanium Star CL, perfect for porcelain layering-Please check the link for powder specifications-LOT number for the powder is available upon request

-Custom abutment milled from premill abutments or a Titanium blank-Perfect for direct fit implant cases-Angled screw channels available-Made from Titanium Grade 5 blanks-LOT number and test report for the blanks is available upon request-For best quality production please reach out to us so we can provide you...

-Removable Partial Denture 3d printed from CoCr powder-Elastic and durable clasps-Perfect finish after electropolishing-Made from GE Additive CoCrMo powder or similar-Please check the link for powder specifications-LOT number for the powder is available upon request

-Perfect for Single crowns or bridges-Wecera Super 8 Multilayer blanks, first 8-layer zirconia in the world-Especially designed for 14 unit bridges -Please check the link for blank specifications

-Single crown or bridge milled from Zirconia white or preshaded blank-Made from Wecera ST Color blanks-Please check the link for blank specifications-LOT number for the blank is available upon request

G-CAM discs are intended to be used for the manufacture of full and partial removable dentures, implant overdentures, as well as permanent and temporary restorations such as anterior or posterior crowns and bridges, inlays, onlays, veneers, copings and substructures. Check catalog and brochure.

-Finished restoration monolithic zirconia-Try-in prototype included in the price (only 1 prototype)-Single crown or bridge milled from Zirconia Multilayer blank-Made from Wecera Super 8 Multilayer blanks, first 8-layer zirconia in the world-Especially designed for 14 unit bridges -Please check the link for blank specifications-LOT number for the blank is available upon request

-Single coping or coping bridge 3d printed from titanium powder-Made from GE Additive Titanium alloy: Ti-6Al-4V grade 23-Please check the link for powder specifications-LOT number for the powder is available upon request

-Removable Partial Denture 3d printed from Titanium powder-Light and durable-Clasps not as elastic as if made out of CoCr powder-Perfect for secondary structures on primary bars-Made from GE Additive Titanium alloy: Ti-6Al-4V grade 23-Please check the link for powder specifications-LOT number for the powder is available upon...

-Single coping or bridge milled from Zirconia white or preshaded blank-Made from Wecera ST Color blanks-Please check the link for blank specifications-LOT number for the blank is available upon request

-Single crown or bridge milled from Lithium Disilicate block

-Primary bar (direct fit in implant or on MU) milled from Titanium blank-Perfect for direct fit implant cases-Angled screw channels available-Made from Titanium Grade 5 blanks-LOT number and test report for the blanks is available upon request-This product is charged by number of implants, under quantity...

-Single crown or bridge milled from PMMA preshaded blank

-Finished restoration monolithic lithium disilicate-Try-in prototype included in the price (only 1 prototype)-Single crown or bridge milled from Lithium Disilicate block

-Single coping or bridge milled from CoCr blank-Made from MESA Magnum Solare blanks-Please check the link for blank specifications-LOT number for the blank is available upon requestSteps for ensuring perfect porcelain layering:1. Homogenization - oven firing 980°c - oven raise 65°/minutes  - under vacuum - for 15 minutes +...

-For Single copings or bridges milled from Zirconia white blank-Wecera HT White blanks-Please check the link for blank specifications

-Single coping or bridge milled from Titanium blank-Made from Titanium Grade 5 blanks-LOT number and test report for the blanks is available upon request

-Post and core milled from CoCr blank-Made from MESA Magnum Solare blanks-Please check the link for blank specifications-LOT number for the blank is available upon request

-Post and core milled from Zirconia Multilayer blank-Made from Wecera Super 8 Multilayer blanks, first 8-layer zirconia in the world-Please check the link for blank specifications-LOT number for the blank is available upon request

-Post and core 3d printed from Titanium powder-Made from GE Additive Titanium alloy: Ti-6Al-4V grade 23-Please check the link for powder specifications-LOT number for the powder is available upon request

-Post and core 3d printed from CoCr powder-Made from GE Additive Remanium Star CL, perfect for porcelain layering-Please check the link for powder specifications-LOT number for the powder is available upon request

Senertek dental temporary crown resin that is biocompatible, semi-flexible, durable, has zero water absorption factor, does not need UV Glass application, and does not change color in the patient's mouth over time. Class 2a CE certified. UV Absorption range: 250 to 450nm.Storage:Store in a...

Senertek Flexo Denture Base 3D printing resin is a biocompatible resin with nano-ceramic content for the production of flexible partial denture base. Suitable for DLP, SLA and LCD 3D printers. CE certified Medical Class IIa.It has an accuracy class of ultra-high dimensions.Strong, durable, flexible...

-For Single copings or bridges milled from Zirconia preshaded blank-Wecera ST Color blanks-Please check the link for blank specifications

-Surgical guide 3d printed from Surgical Guide resin

-Post and core milled from Zirconia white or preshaded blank-Made from Wecera ST Color blanks-Please check the link for blank specifications-LOT number for the blank is available upon request

-Post and core milled from Titanium blank-Made from Titanium Grade 5 blanks-LOT number and test report for the blanks is available upon request

TRILOR® is Hi-Tech Fiber Composite material consisting of epoxy resin matrix and a multidirectional glass fiber reinforcement. Epoxy-fiber-composite structures have become the material of choice in race cars, airplanes and many other fields where a combinations of height strength, low weight, and fatique resistance are...