contact-banner-image

Caged Type LM Guide

Cross LM Guide Model SCR

Cross LM Guide Model SCR

Cross LM Guide Model SCR

Since this LM Guide is an orthogonal LM system, it is capable of performing X-Y motion without saddle.

Model SHS

Global Standard size Model SHS

Global Standard size Model SHS

Since each row of balls is arranged at a contact angle of 450, this model can be used in all directions.

Limited Stroke Model EPF

Limited Stroke Model EPF

Limited Stroke Model EPF

The limited stroke minimizes fluctuation in rolling resistance, making this guide ideal for locations requiring smooth motion on short strokes.

Miniature Model SRS

Miniature Model SRS

Miniature Model SRS

Since its LM rail has a low sectional height, this LM Guide achieves a lightweight and compact structure.

Wide Rail Model SHW

Wide Rail Model SHW

Wide Rail Model SHW

Since its LM rail has a wide structure with a low center of gravity, this 4/way equal load LM Guide achieves a high Mc moment.

Radial Type Model SSR

Radial Type Model SSR

Radial Type Model SSR

The compact design with a low sectional height and the ball contact structure at 900 in the radial direction make this model an optimal model for horizontal guide units.

 Model SVS

Ultra-heavy load (4-way) Model SVS

Ultra-heavy load (4-way) Model SVS

Models SVS have higher rigidity and load-bearing capacity than other models in the Caged-Ball LMGuide series. In addition, they maintain the performance of LM Guide and achieve high reliability by enhancing the dust-control performance with a wide range of options that take into account the service environments of machine tools and other machinery.

Ultra-heavy load (radial type) Model SVR

Ultra-heavy load (radial type) Model SVR

Ultra-heavy load (radial type) Model SVR

Models SVR have higher rigidity and load-bearing capacity than other models in the Caged-Ball LMGuide series. In addition, they maintain the performance of LM Guide and achieve high reliability by enhancing the dust-control performance with a wide range of options that take into account the service environments of machine tools and other machinery.