A flange-type roller linear guide is a mechanical transmission component used to achieve high-precision linear motion. Its core feature is that the bottom or side of the slider has a mounting flange structure, and rollers are used as rolling elements to achieve low-friction, high-rigidity reciprocating motion between the guide rail and the slider.
Structural Form: The slider has a flange (usually round, square, or chamfered), facilitating direct screw mounting to the mounting base, simplifying assembly and improving rigidity.
Rolling Elements: Rollers are used instead of balls, offering higher rated load and better resistance to deformation, suitable for heavy-duty, high-rigidity applications.
Motion Method: A type of rolling linear guide, it achieves low-friction, high-precision linear motion through the cyclic rolling of rollers between the guide rail and the slider raceway.
Typical Applications: Widely used in CNC machine tools, automated equipment, precision positioning platforms, and other applications requiring high load and high stability.
