Product Announcements:
Cam Followers

Food-grade stainless steel bearing units designed for hygienic operation, corrosion resistance, and reliable performance in food processing, packaging, and washdown environments. Read more...

MOUETTE cam followers, sized 16mm to 200mm, offer rigid construction and low-friction design for smooth motion conversion. Ready-to-mount with grease, ideal for cam drives, conveyors, and automation equipment. Customizable internal and external designs fit diverse industrial applications. Read more...

Durable cam followers designed for conveyors and transfer lines, offering versatile materials, moderate load capacity, and long-lasting performance across multiple industries. Read more...

Durable urethane-coated cam followers enhance machinery efficiency, reduce noise, and extend lifespan across automotive, textile, and printing applications. Read more...

Precision yoke type cam followers engineered from high-alloy bearing steel, designed for industrial applications requiring reliable performance under moderate to high shock loads. Read more...

Versatile cam followers designed for heavy rolling and shock loads, available in stud or yoke styles, multiple materials, and configurations for industrial applications. Read more...

Engineered with high-strength stainless steel and hybrid ceramic rollers, MOUETTE’s next-gen Cam Follower Bearings deliver superior reliability, reduced friction, and extended service life across robotics, machinery, and automotive applications. Read more...

Durable urethane-coated cam followers reduce noise, enhance wear resistance, and ensure smooth operation in automotive, textile, printing, and industrial equipment. Stud and yoke types available. Read more...

MOUETTE cam followers deliver accurate motion, high load capacity, and versatile configurations for automation and industrial machinery. Read more...

MOUETTE's cam followers offer precision and low friction, available in steel, stainless steel, and engineered plastic, ideal for robotics, automation, and more. Read more...