Hudson

The Hudson has the advantage that it provides a relatively accurate connection in relation to the shaft length. You will barely notice any force in the axial direction. And it has two locking positions over 360°.

AO

AO has been developed by the AO Society for Osteosynthesis. It is relatively narrow and designed for drills, taps and screwdrivers. You will hardly notice any force in the axial direction. The AO has one locking position over 360°.

Hall-Jacobs

This coupling is also called Zimmer or Styker coupling. Its particular advantage is that shafts for Hall-Jacobs can also be clamped in chuck. You will hardly notice any force in the axial direction. It has two locking positions over 360°.

WEB C

The great advantage of the development of Weber Instrumente is the cannulisation of up to 7.5 mm. As a result, this coupling can also be used for endoscopy. It is ideal as a coupling for biopsy punches. WEB B has six locking positions over 360°.

¼“ Square

This very widespread type of coupling is suitable to transmit high torque. It has a compact design. Due to the low guide, it is not suitable for navigated surgery. You will hardly notice any force in the axial direction. ¼" Square has four locking positions over 360°.

WEB A

A development of Weber Instrumente. The coupling can transmit high torque and lots of power in the axial direction and the relatively long shaft offers good guidance, which is suitable for navigation. WEB A is often used for trial implants, screwdrivers and taps. It is very impressive due to its simple handling, since it snaps into place on its own. It has two locking positions over 360°.

WEB B

WEB B has also been developed by Weber Instrumente. It is a good combination of size and power transmission, so it is ideally suited for screwdrivers. Due to its small size, the field of view is less obscured. WEB B has two locking positions over 360°.