(!)Due to Microsoft's end of support for Internet Explorer 11 on 15/06/2022, this site does not support the recommended environment.
Technical Information【CAM FOLLOWERS & ROLLER FOLLOWER】
Standard Type Cam Followers - Caged, shielded type, CFB series.
IKO
IKO Cam Followers are bearings with a stud incorporating needle rollers in a thick walled outer ring.These bearings are designed for outer ring rotation,and have superior rotational performance with asmall coefficient of friction.Also, they are designed to have minimal radial internal clearance to increase the loading zone, and thusreduce the effect of shock loads and ensure stablelong life.·As studs already have threads or steps, they ...Readmore
Days to Ship: | 8 Days or more |
---|
C-Lube Cam Followers - Caged, with hexagonal bore, series CFWBUUR.
IKO
IKO Cam Followers are bearings with a stud incorporating needle rollers in a thick walled outer ring.These bearings are designed for outer ring rotation,and have superior rotational performance with asmall coefficient of friction.•As studs already have threads or steps, they are easyto mount.•Cam Followers are follower bearings for cam mechanisms and linear motions and have high rigidity andhigh accuracy. •Applications...Readmore
Days to Ship: | 6 Days |
---|
Standard Type Cam Followers - Full complement type, with shield, CFVB series.
IKO
IKO Cam Followers are bearings with a stud incorporating needle rollers in a thick walled outer ring.These bearings are designed for outer ring rotation,and have superior rotational performance with asmall coefficient of friction.Also, they are designed to have minimal radial internal clearance to increase the loading zone, and thusreduce the effect of shock loads and ensure stablelong life.·As studs already have threads or steps, they ...Readmore
Days to Ship: | 10 Days or more |
---|
Standard Type Cam Followers - Full complement type, sealed type, CFVBUUR series.
IKO
IKO Cam Followers are bearings with a stud incorporating needle rollers in a thick walled outer ring.These bearings are designed for outer ring rotation,and have superior rotational performance with asmall coefficient of friction.Also, they are designed to have minimal radial internal clearance to increase the loading zone, and thusreduce the effect of shock loads and ensure stablelong life.·As studs already have threads or steps, they ...Readmore
Days to Ship: | 10 Days or more |
---|
Eccentric Type Cam Followers - Caged with hex key hole, with seals, series CFEBUU.
IKO
In these bearings, an eccentric collar is assembled with the stud, enabling the outer ring to be positioned easily in the radial direction against the mating track surface. The eccentricity is 0.4 mm to 1.5 mm.•Eccentric Type•with Cage•Sealed•CFEBUU Series
Days to Ship: | 8 Days or more |
---|
Solid Eccentric Cam Followers - Caged, sealed type, series CFESBUU.
IKO
IKO Cam Followers are bearings with a stud incorporating needle rollers in a thick walled outer ring.These bearings are designed for outer ring rotation,and have superior rotational performance with asmall coefficient of friction.Also, they are designed to have minimal radial internal clearance to increase the loading zone, and thusreduce the effect of shock loads and ensure stablelong life.·As studs already have threads or steps, they ...Readmore
Days to Ship: | 8 Days or more |
---|
Solid Eccentric Cam Followers - Caged, shield type, series CFESB.
IKO
IKO Cam Followers are bearings with a stud incorporating needle rollers in a thick walled outer ring.These bearings are designed for outer ring rotation,and have superior rotational performance with asmall coefficient of friction.Also, they are designed to have minimal radial internal clearance to increase the loading zone, and thusreduce the effect of shock loads and ensure stablelong life.·As studs already have threads or steps, they ...Readmore
Days to Ship: | 10 Days or more |
---|
Loading...
How can we improve?
How can we improve?
While we are not able to respond directly to comments submitted in this form, the information will be reviewed for future improvement.
Customer Privacy Policy
Thank you for your cooperation.
While we are not able to respond directly to comments submitted in this form, the information will be reviewed for future improvement.
Please use the inquiry form.
Customer Privacy Policy