Crossed Roller Rails suit high accuracy linear motion systems.
Press Release Summary:
Super Finished Grade SF crossed roller bearings feature highly polished surfaces for smooth motion and consistent frictional force. Units can provide linear travel accuracy in sub-micron range. They are well-suited for applications where precise direct reading of axial force must be obtained, and in optical and electronic scanning applications where vibrations can affect reading or accuracy of system.
Original Press Release:
SUPER FINISHED 'SF Grade' Crossed Roller Rails
The Precision Alliance announces the introduction of a new class of precision for high accuracy linear motion systems from PM Bearings. The new SF Grade crossed roller bearings now offer a quality of motion never before achieved in mechanical linear bearings. A proprietary grinding process creates a mirror finish on the raceway surfaces while lapping them to a new level of linear accuracy.
In addition to the higher accuracy of the new SF Grade, the highly polished surfaces provide the smoothest motion of any mechanical bearing system. This is particularly important in certain optical and electronic scanning applications where vibrations can affect the reading or accuracy of the system. The mirror finish of the bearing surfaces also provides an extremely consistent frictional force, which makes these bearings well suited for applications where a precise direct reading of axial force must be obtained.
PM Bearings new SF Grade can provide linear travel accuracy in the sub-micron range and is now available in all crossed roller and needle roller linear bearings and in all slides and stages offered by PM Bearings, a proud member of The Precision Alliance.
For additional information please contact The Precision Alliance at:
Technical Contact: Dennis Barnes -dbarnes@theprecisionalliance.com
Materials Contact: Margaret Cox - mcox@theprecisionalliance.com
Company Website: www.theprecisionalliance.com
Address: 9355-A Founders Street, Fort Mill, SC 29742
Phone: 803-396-5544
Fax: 803-396-7810
