High Quality Precision Bearings Customized Lm Bearing Types Linear Bearing LM4UU With Flange Bearing LMH8UU LMF10 LMK16UU Stainless Steel Ball Bearings

Linear bearings are the core mechanical components of linear motion systems, mainly used to achieve infinite stroke linear motion in conjunction with cylindrical shafts, and belong to basic linear guiding mechanisms. According to the material, it can be divided into two categories: metal and plastic. According to the structure, it can be divided into standard type, flange type, open type, etc.

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  • Product Features

    1.Low friction coefficient

    Metal linear bearings achieve low resistance motion through rolling friction, using point contact between the bearing ball and the shaft, and have the characteristics of low friction and high precision.

    2.high load

    Plastic linear bearings adopt sliding friction method, in contact with the shaft surface, with greater load capacity, low noise and self-lubricating characteristics, suitable for medium and low-speed working conditions.

    3.High speed stability

    The motion accuracy is not affected by speed, making it suitable for scenarios such as precision machine tools and textile machinery that require high motion accuracy.  ‌

    4.Installation convenience

    Standardized design ensures strong interchangeability between bearings and shaft seats, making installation easy and widely used in electronic devices, food packaging machinery, and other industries.  ‌

    5.Applicable scenarios

    Metal bearings are suitable for medium and low-speed precision motion scenarios; Plastic bearings are more suitable for medium to high speed and high load conditions, with low noise and self-lubricating characteristics

  • Product Application

    Linear bearings are increasingly being used

    Electronic equipment, food machinery, packaging machinery, medical machinery, printing machinery, textile machinery, robots, tool machinery, CNC machine tools, automobiles, and digital 3D coordinate measuring equipment.

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