Linear Bearing

High precision and high rigidity: Utilizing precision ball (or roller) and groove design, it achieves smooth linear motion at the micron level with virtually no backlash, making it particularly suitable for automated equipment requiring precise positioning.

Low frictional resistance: The rolling friction coefficient is much lower than sliding friction, resulting in low starting and running resistance, smooth and responsive movement, and significantly reduced drive power.

High speed: Due to low friction and low heat generation, it can withstand and achieve higher linear motion speeds.

Long life and high reliability: Under proper load, lubrication, and cleaning conditions, wear is minimal, resulting in a long service life and stable and reliable performance.

Interchangeability and standardization: Major types (such as standard linear bearings) are highly standardized, offering excellent interchangeability and facilitating equipment design, maintenance, and replacement.