► UBC | Cam Followers

Precision Track Roller Bearings for Reliable Industrial Performance

Some machinery depends on accurate, repeatable movement every second it operates. When bearings are required to follow guide rails, cams or tracks under continuous load, UBC Cam Followers deliver the strength, precision & durability needed to keep equipment running smoothly across demanding industrial environments.

Whether you're servicing production equipment, maintaining conveyor systems or replacing worn bearings during scheduled maintenance, Industrial Shed supplies genuine UBC bearings trusted by Australian workshops, manufacturers & maintenance professionals.

What Are UBC Cam Followers?

Unlike conventional ball bearings, cam followers are specifically engineered to roll directly against cams, guide rails & tracks while carrying substantial radial loads. Their thick outer ring provides excellent durability under repeated rolling contact, making them well suited to machinery operating through continuous production cycles.

Different mounting styles suit different applications. If you're comparing available options, browse our Cam Followers, Stud Type Cam Followers & Yoke Rollers collections to determine the most appropriate solution for your equipment.

Selecting the correct cam follower from the beginning helps improve machine reliability while reducing unnecessary maintenance throughout the bearing's service life.

Why Choose UBC Cam Followers?

Reliable machinery begins with dependable components. UBC Cam Followers are engineered to provide consistent performance where equipment operates under continuous load, vibration or repetitive motion.

Advantages include:

► High radial load capacity
► Thick outer ring for improved durability
► Smooth rolling performance
► Excellent wear resistance
► Suitable for continuous industrial operation
► Precision manufactured for consistent running accuracy
► Designed for demanding Australian industrial environments

Where machinery incorporates multiple bearing types, inspecting associated Needle Roller Bearings during scheduled maintenance can help identify additional wear before equipment returns to production.

Common Applications

Cam followers are widely used wherever controlled rolling movement is essential.

Typical applications include:

► Conveyor systems
► Packaging machinery
► Automated production equipment
► Robotics
► Agricultural machinery
► Textile machinery
► Printing equipment
► Material handling systems
► Mining equipment
► Linear guide systems

Where bearings are mounted within assembled housings, inspecting Mounted Bearing Units & Housings & Accessories during the same maintenance interval can help prevent repeat downtime caused by worn supporting components.

Product Selection Guide

Choosing the correct cam follower involves more than simply matching dimensions.

Review the outside diameter, stud diameter, bearing width, operating speed, expected load & environmental conditions before selecting a replacement. Equipment exposed to contamination may benefit from sealed bearing options, while higher-load applications should always be matched to suitable load ratings.

Where locking hardware forms part of the assembly, inspecting Locknuts & Washers during disassembly helps maintain correct bearing retention once the equipment is rebuilt.

Considering the complete bearing assembly rather than just the replacement bearing often delivers better long-term reliability.

Expert Tips

Replacing a worn cam follower without investigating the cause of failure often leads to unnecessary repeat maintenance.

► Inspect guide rails for scoring or excessive wear.
► Confirm mounting studs remain straight & undamaged.
► Check lubrication schedules before installing new bearings.
► Monitor vibration during operation.
► Replace damaged seals before contamination reaches the bearing.

Small maintenance improvements can significantly extend bearing life. The article Quarry Crews Crusher Maintenance shares practical maintenance strategies used across demanding industrial environments.

Before restarting machinery, many maintenance teams also verify shaft & guide alignment using Alignment Tools (Laser, Dial, Manual) to maximise bearing life from the first production cycle.