13 mm ID. High precision and hard-installable replacement for conventional bearings. Zero friction and contact, no maintenance or heat generation at high speeds, and an indefinite operating life with higher stiffness and excellent geometric performance. Manufactured with aerospace quality material.

20 mm ID. High precision and hard-installable replacement for conventional bearings. Zero friction and contact, no maintenance or heat generation at high speeds, and an indefinite operating life with higher stiffness and excellent geometric performance. Manufactured with aerospace quality material.

25 mm ID. High precision and hard-installable replacement for conventional bearings. Zero friction and contact, no maintenance or heat generation at high speeds, and an indefinite operating life with higher stiffness and excellent geometric performance. Manufactured with aerospace quality material.

40 mm ID. High precision and hard-installable replacement for conventional bearings. Zero friction and contact, no maintenance or heat generation at high speeds, and an indefinite operating life with higher stiffness and excellent geometric performance. Manufactured with aerospace quality material.

50 mm ID. High precision and hard-installable replacement for conventional bearings. Zero friction and contact, no maintenance or heat generation at high speeds, and an indefinite operating life with higher stiffness and excellent geometric performance. Manufactured with aerospace quality material.

75 mm ID. High precision and hard-installable replacement for conventional bearings. Zero friction and contact, no maintenance or heat generation at high speeds, and an indefinite operating life with higher stiffness and excellent geometric performance. Manufactured with aerospace quality material.

We provide designs that can be integrated into your product and we can quickly develop a design based on the application or specific requirements. We provide detailed drawings and 3-D CAD models, and analyze complex issues associated with your application from nanometer accuracy positioning to standard calculations.