Our MCGILL® unmounted bearing product lines have each acquired more than 100 years of bearing industry brand recognition. CAMROL®, TRAKROL®, CAGEROL®, GUIDEROL® and SPHERE-ROL® bearings provide solutions to a wide variety of industrial applications.
Recognized as a global leader, McGill<sup>®</sup> unmounted bearings are engineered to provide longer product life and increased contamination resistance. CAMROL<sup>®</sup>, CRES<sup>™</sup>, GUIDEROL<sup>®</sup>, SPHERE-ROL<sup>®</sup> and TRAKROL<sup>®</sup> bearings can be seen in a variety of industries worldwide.
CAGEROL<sup>®</sup> Needle Bearings
MCGILL® CAGEROL® machined race needle bearings are manufactured from bearing quality steel with contoured rollers, when beneficial. This helps reduce end stresses and allows for greater misalignment.
CAMROL<sup>®</sup> Cam Followers
The MCGILL® CAMROL® full complement needle bearings feature black oxide-treated bearing steel. They are available in two basic mounting styles for use in mechanical automation or linear motion applications.
CRES™ bearings address various industries and applications by providing multiple solutions utilizing a variety of materials and sealing elements. CRES™ bearings assist customers in meeting HACCP (Hazardous Analysis and Critical Control Point) procedures and stringent plant cleaning requirements. These include CIP (Clean in Place) and SIP (Steam in Place) guidelines.
GUIDEROL<sup>®</sup> Needle Bearings
MCGILL® GUIDEROL® machined race full complement needle bearings are manufactured from bearing quality steel with unique roller and race design.
SPHERE-ROL<sup>®</sup> Spherical Roller Bearings
Unmounted bearing assembly of through-hardened inner and outer raceways with single or double spherical rolling elements. These are separated by a steel or brass retainer and are available with several sealing options.
TRAKROL<sup>® </sup> Cam Followers
TRAKROL® bearings feature black oxide treated bearing steel. They utilize either a precision ball or tapered roller bearing insert for longer operating life under combination radial and thrust loads.