Cam Followers

is is the basic form of cam follower. Line up of size variations range from stud diameters of minimum 3 mm to maximum 30 mm, and they can be used for a very broad range of applications. 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.

l 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.

IKO designs and manufactures a broad selection of cam followers to meet the diverse needs of applications including machine tools, industrial robots, electronic parts production and office automation equipment. A cam follower is a bearing that incorporates needle style rollers between a stud and a thick outer ring. Small coefficient of friction.

Excellent rotational performance designed for outer ring revolution.

High load capacity by design—radial gap is smaller than within the general needle roller bearings, alleviating impact load and increasing lifetime.

Easy attachment with either hexagon sockets or screw driver slots.

Multiple shapes and styles are available to fit a variety of applications.  Followers are available with a cage or full complement design, shield or sealed versions, and either spherical or cylindrical outer rings.

Sizes, materials and design options abound; ranging from miniature and standard models to eccentric styles and those with thrust disks. Stainless steel versions resist corrosion and are suitable for clean room applications.

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.

is is the basic form of cam follower. Line up of size variations range from stud diameters of minimum 3 mm to maximum 30 mm, and they can be used for a very broad range of applications. 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.

is is the basic form of cam follower. Line up of size variations range from stud diameters of minimum 3 mm to maximum 30 mm, and they can be used for a very broad range of applications. 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.

Its is the basic form of cam follower. Line up of size variations range from stud diameters of minimum 3 mm to maximum 30 mm, and they can be used for a very broad range of applications. 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.

is is the basic form of cam follower. Line up of size variations range from stud diameters of minimum 3 mm to maximum 30 mm, and they can be used for a very broad range of applications. 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.

IKO designs and manufactures a broad selection of cam followers to meet the diverse needs of applications including machine tools, industrial robots, electronic parts production, and office automation equipment. A cam follower is a bearing that incorporates needle style rollers between a stud and a thick outer ring.

• Small coefficient of friction.
• Excellent rotational performance designed for outer ring revolution.
• High load capacity by design— the screw drive radial gap is smaller than within the general needle roller bearings, alleviating impact load and increasing lifetime.
• Easy attachment with either hexagon screwdriver slots.
• Multiple shapes and styles are available to fit a variety of applications. Followers are available with a cage or full complement design, shield or sealed versions, and either spherical or cylindrical outer rings.
• Sizes, materials, and design options abound; ranging from miniature and standard models to eccentric styles and those with thrust disks. Stainless steel versions resist corrosion and are suitable for clean room applications.

IKO designs and manufactures a broad selection of cam followers to meet the diverse needs of applications including machine tools, industrial robots, electronic parts production and office automation equipment. A cam follower is a bearing that incorporates needle style rollers between a stud and a thick outer ring.

Features: 

• Small coefficient of friction.
• Excellent rotational performance designed for outer ring revolution.
• High load capacity by design—radial gap is smaller than within the general needle roller bearings, alleviating impact load and increasing lifetime.
• Easy attachment with either hexagon sockets or screw driver slots.
• Multiple shapes and styles are available to fit a variety of applications. Followers are available with a cage or full complement design, shield or sealed versions, and either spherical or cylindrical outer rings.
• Sizes, materials and design options abound; ranging from miniature and standard models to eccentric styles and those with thrust disks. Stainless steel versions resist corrosion and are suitable for clean room applications.

Cam Followers Rigid and accurate follower bearings for cam mechanisms IKO designs and manufactures a broad selection of cam followers to meet the diverse needs of applications including machine tools, industrial robots, electronic parts production and office automation equipment. A cam follower is a bearing that incorporates needle style rollers between a stud and a thick outer ring. Small coefficient of friction.

Excellent rotational performance designed for outer ring revolution.

High load capacity by design—radial gap is smaller than within the general needle roller bearings, alleviating impact load and increasing lifetime.

Easy attachment with either hexagon sockets or screw driver slots.

Multiple shapes and styles are available to fit a variety of applications.  Followers are available with a cage or full complement design, shield or sealed versions, and either spherical or cylindrical outer rings.

Sizes, materials and design options abound; ranging from miniature and standard models to eccentric styles and those with thrust disks. Stainless steel versions resist corrosion and are suitable for clean room applications.

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.  

Cam Followers Rigid and accurate follower bearings for cam mechanisms IKO designs and manufactures a broad selection of cam followers to meet the diverse needs of applications including machine tools, industrial robots, electronic parts production and office automation equipment. A cam follower is a bearing that incorporates needle style rollers between a stud and a thick outer ring. Small coefficient of friction.

High load capacity by design—radial gap is smaller than within the general needle roller bearings, alleviating impact load and increasing lifetime.

Multiple shapes and styles are available to fit a variety of applications.  Followers are available with a cage or full complement design, shield or sealed versions, and either spherical or cylindrical outer rings.

Sizes, materials and design options abound; ranging from miniature and standard models to eccentric styles and those with thrust disks. Stainless steel versions resist corrosion and are suitable for clean room applications.

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.