This premilled titanium blank is engaging, is 10mm in diameter, and has a total mill-able length of 20mm.

This is a Nobel® Torque Wrench Adapter that fits into a Nobel® Torque Wrench and provides a 4x4/square connection.  This will enable you to use any 4x4 square driver.

This latch style driver is made of stainless steel and is compatible with .048/1.20mm hex screws. This driver is heat treated for increased durability and wear resistance. Includes laser marked identification.

The final screw requires the use of a.048/1.2 hex driver and is for use with the following DESS multiunit parts - 15.007, 15.007/8, 24.007, 28.007, 11.007-P10.

This milling bur is for milling angled screw channels. It is implemented into WorkNC, Hypderdent, SUM 3D/Millbox and other CAM software.

This milling bur is for milling angled screw channels. It is implemented into WorkNC, Hypderdent, SUM 3D/Millbox and other CAM software.

This milling bur is for milling angled screw channels. It is implemented into WorkNC, Hypderdent, SUM 3D/Millbox and other CAM software.

This adapter will fit into the Straumann® torque wrench and enables you to use the DESS latch drivers or any latch driver connected into it.

This adapter will fit into the Straumann® torque wrench and enables you to use the DESS latch drivers or any latch driver connected into it.

This scan body is made of titanium and is designed for both intraoral use and desktop scanning. It has a fixed internal screw and the scan body is hand tightened. It is compatible with the following MIS V3, C1, and Seven. multiunit abutments. Library...

This latch style driver is for screwing in the DESS compatible Astra EV Uniabutments. It is made of stainless steel. This driver is heat treated for increased durability and wear resistance. Includes laser marked identification.

This latch style driver is made of stainless steel and is compatible with internal .050/1.27mm hex screws. This driver is heat treated for increased durability and wear resistance. Includes laser marked identification.

This scan body is made of titanium and is designed for both intraoral use and desktop scanning on top of the Straumann Screw Retained Abutment (SRA) only. It has a fixed internal screw and the scan body is hand tightened. Library files are available for...

This scan body is made of titanium and is designed for both intraoral use and desktop scanning. It has a fixed internal screw and the scan body is hand tightened. Library files are available for 3Shape, Exocad, and Dental Wings.

This scan body is made of titanium and is designed for both intraoral use and desktop scanning. It has a fixed internal screw and the scan body is hand tightened. Library files are available for 3Shape, Exocad, and Dental Wings.

This scan body is made of titanium and is designed for both intraoral use and desktop scanning. It has a fixed internal screw and the scan body is hand tightened. Library files are available for 3Shape, Exocad, and Dental Wings.

This scan body is made of titanium and is designed for both intraoral use and desktop scanning. It has a fixed internal screw and the scan body is hand tightened. Library files are available for 3Shape, Exocad, and Dental Wings.

This scan body is made of titanium and is designed for both intraoral use and desktop scanning. It has a fixed internal screw and the scan body is hand tightened. Library files are available for 3Shape, Exocad, and Dental Wings.

This scan body is made of PEEK Plastic and is used for scanning on top of the Straumann Screw Retained Abutment (SRA) only. Library files are available for 3Shape, Exocad, and Dental Wings. Screw sold separately - SKU 19.098

This scan body is made of PEEK Plastic and is used for scanning at the implant level. Library files are available for 3Shape, Exocad, and Dental Wings. Screw sold separately - SKU 19.005