Description
Product Overview
The LMH…UU Series Oval Flange Linear Ball Bearings are designed for applications that require compact installation, stable support, and smooth linear motion.
Compared with square or round flange bearings, the LMH oval flange features two mounting holes, allowing easy installation in tighter spaces while maintaining excellent structural rigidity.
This bearing is engineered for use with hardened and ground linear shafts, delivering low-friction, precise, and stable motion across a wide range of automation and industrial applications.
Key Features
Compact Oval Flange Design
The LMH flange provides secure mounting with fewer bolts, ideal for limited-space applications.
Smooth and Precise Linear Motion
Precision-ground raceways and hardened steel balls ensure low noise, low friction, and consistent accuracy.
Durable Bearing Steel Construction
Hardened GCr15 material provides excellent wear resistance, even during continuous operation.
Easy Installation and Alignment
Two-hole oval flange simplifies mounting, making it suitable for lightweight machinery and compact modules.
Available in a Full Metric Range
From 6 mm to 60 mm shaft sizes, fitting both small precision instruments and large industrial machines.
Typical Applications
LMH…UU oval flange linear bearings are commonly used in:
3D printers and laser engraving machines
CNC routers and mini CNC tools
Packaging machinery and feeding systems
Small automation equipment
Robotics and linear actuator units
Textile and printing industries
Laboratory instruments and educational machines
DIY automation projects and motion platforms
The LMH design is widely preferred where space constraints and ease of installation are critical.
Why Choose Our LMH…UU Series?
High precision machining with strict quality control
Smooth, stable motion with low friction
Long service life thanks to hardened bearing steel
Compact and easy to mount with oval flange design
Full size range with consistent accuracy
OEM services available (custom flange, seals, tolerance, packaging)
Cost-effective solution for linear motion systems
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