LME50UU Linear Bearing – 50mm Shaft Diameter

LME50UU: 50x75x100mm

Reliable Linear Motion for Heavy Industrial and Automation Applications

The LME50UU linear bearing is designed to provide smooth, low-friction linear motion in heavy-duty industrial and automation systems. Manufactured to strict European metric standards, it guarantees full interchangeability with metric linear motion components. Featuring an inner shaft diameter of 50mm, an outer diameter of 75mm, and a length of 100mm, the LME50UU offers exceptional load capacity and durability for demanding applications.

Perfect for Large-Scale Machinery and Material Handling

With its robust construction and high rigidity, the LME50UU is ideal for large CNC machines, automated material handling systems, packaging equipment, and heavy robotics. Its precision design ensures stable, vibration-free linear movement, critical for maintaining accuracy and reliability in continuous operation environments.

Engineered for Strength and Low Maintenance

This bearing features a hardened, precision-ground steel outer shell that withstands heavy wear and stress. Internally, a high-quality polyamide resin retainer ensures smooth circulation of bearing balls, minimizing friction and operational noise. Precision-ground internal raceways reduce rolling resistance for efficient and quiet motion.

Dual rubber seals on both ends protect the bearing from dust, moisture, and contaminants, significantly extending its service life and reducing maintenance needs. The 100mm length balances structural strength with the ability to fit into large, space-conscious mechanical assemblies.

As part of the European Metric LME Series, the LME50UU guarantees compatibility and interchangeability with standard metric linear shafts and components.

LME50UU System Compatibility

Designed to work seamlessly with Kiwi Motion’s KM/W, KM-WRB, KM-WRA, and KM-WV series linear shafts, the LME50UU is an excellent choice for engineers seeking reliable, heavy-duty linear bearings for demanding industrial applications.