Search
Company Information Exhibition/Fair Information Products Download Request Catalogues IR Information
TOP > Products > Needle Roller Bearing Series > Solid Eccentric Stud Type Cam Follower

Needle Roller Bearing Series

IKO Eccentric Stud Cam Followers CFES

IKO Solid Eccentric Stud Type Cam Follower 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 TechnologyMaintenance FreeRoller EffectInterchangeableMiniature TechnologySpecial Environment

Download

Download CAD Data Download PDF of Product Catalogue
Some products are not shown in the catalogue. Also, modifications can be made to meet your requirements. Please do not hesitate to make inquiries.

Product Features

Oil can be supplied from the stud head portion of IKO Cam Follower with Hexagon Sockets

It possesses high rigidity and accuracy as guide roller for follower bearing and linear motion of cam mechanism so it is broadly used in machine tools, industrial robots, electronic parts and OA (Office Automation) equipment.
When compared with general screwdriver groove, since secure tightening can be performed with a hexagon bar spanner, workability of the assembly can be improved.
In addition, by the adoption of IKO's original grease supplying structure, grease up can be made from the stud head portion, and a free design unprejudiced by the grease supplying direction is possible.

Line-Up

Standard Cam Follower CF...(F)(V)B(UU R) Eccentric Stud Cam Follower CFES...B(UU R) Cam Follower with Eccentric Collar CFE...(V)B(UU R)
Cam Follower with Thrust Washer CF...(F)WB(UU R) Cam Follower for Easier Attachment CF-SFU...B Double Row Cylindrical Roller Cam Follower NUCF...BR
Request CataloguesProduct Related Inquiries
Sitemap