Silver Cam Follower Bearing By V. W. Impex

These are highly tested in various level to ensured the quality of these product.
IKO Cam Follower Bearing Type This is the basic form of cam follower. Line up of size variations range from and they can be used for a very broad range of applications.

IKO Cam Follower Stud Type CFES:

Since the stud is designed with eccentricity, by rotating the stud, alignment is possible, and adjustments can be made easily so that the load distribution to the outer ring outside diameter surface will be uniform. It is an eccentric cam follower with integrated structure in which attachment can be made to the same attachment holes as the Standard Cam Follower. The amount of eccentricity is 0.25 mm - 0.6 mm.

IKO Cam Follower CFE:
Since eccentric collar is fixed to the stud, positioning in the radial direction against the opposing track surface can be conducted easily.

IKO CAM Follower CF.W:
Since a special synthetic resin thrust washer that has excellent wear resistance and heat resistance is built into the sliding contact portions among both shoulder portions of the outer ring and stud head as well as the side plate, it will receive axial load of the outer ring generated by attachment errors, etc., and it has the effect of preventing wear and friction of the sliding surface.

IKO Cam Follower CF-RU1/CF-FU1:

Since tap hole processing is conducted on the stud for centralized piping, it is most suitable for places where centralized piping of oil supply is necessary.

IKO CAM Follower CFS Type:
This is a bearing that has extremely fine needle-type rollers built into the outer ring, and it is designed compactly so that the outside diameter of the outer ring is small in comparison with the stud diameter. It is used in electronics parts machinery, OA (Office Automation) equipment and small index devices.

IKO CAM Follower Heavy Duty NUCF:
This is a full complement roller bearing that has double row cylindrical rollers built into the outer ring. It is able to receive large radial load and a certain amount of axial load.