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Linear Bearing

Linear bearings are a type of linear motion system used in conjunction with cylindrical shafts for linear travel. Since the load-bearing ball is in point contact with the bearing outer casing, the steel ball rolls with minimal friction resistance. Therefore, linear bearings have low friction and are relatively stable. They do not change with the bearing speed, and can achieve smooth linear motion with high sensitivity and precision. Linear bearing consumption also has its limitations. The most important one is that the bearing has poor impact load capacity and poor load-bearing capacity. Secondly, linear bearings vibrate and make more noise when moving at high speeds. The automatic selection of linear bearings is included. Linear bearings are widely used in sliding parts of industrial machinery such as precision machine tools, textile machinery, food packaging machinery, and printing machinery.

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Model number Basic size Basic load rating Rated speed
Dynamic state Static Reference speed Limiting speed
d [mm] D [mm] B [mm] C [kN] C₀ [kN] [r/min] [r/min]
LME25LUU
25 40 112
LME20LUU
20 32 80
LME16LUU
16 26 70
LME12LUU
12 22 57
LME8LUU
8 16 45
LM60LUU
60 90 211
LM50LUU
50 80 192
LM40LUU
40 60 154
LM35LUU
35 52 135
LM30LUU
30 45 123
LM25LUU
25 40 112
LM20LUU
20 32 80
Model number Basic size Basic load rating Rated speed
Dynamic state Static Reference speed Limiting speed
d [in] D [in] B [in] C [Ibf] C₀ [Ibf] [r/min] [r/min]
LME25LUU
LME20LUU
LME16LUU
LME12LUU
LME8LUU
LM60LUU
LM50LUU
LM40LUU
LM35LUU
LM30LUU
LM25LUU
LM20LUU

Advantage

1. High precision and high sensitivity: Linear bearings adopt point contact design, which enables the steel balls to rotate with minimal friction resistance, thus achieving high-precision and smooth movement. This design not only improves the sensitivity of movement, but also maintains high precision at high speeds. ‌


‌2. Low friction and stability: Linear bearings have low friction resistance, good stability, and do not change with bearing speed. They can provide linear motion with high sensitivity and high precision. ‌


‌3. Easy maintenance and low cost: Linear bearings are easy to assemble and disassemble, simple to maintain, do not require frequent lubrication, and have low cost. ‌


‌4. Compact structure and light weight: Linear bearings have a compact structure, light weight, and small axial size, which are suitable for application scenarios that need to save space and weight. ‌


5. Good wear resistance: Linear bearings are made of high-strength and wear-resistant alloy materials, can withstand large workloads and wear, and have a long service life. ‌


‌6. Applicable to a variety of working conditions: Linear bearings are not only suitable for conventional working conditions, but also can be used under special working conditions such as high temperature and high load, such as continuous casting machines, rolling mills and steel pipe rolling equipment. ‌


Application 


Linear bearings are suitable for a variety of industrial fields, such as machine tools, metallurgical machinery, construction machinery, aviation, automobiles, light industry, etc. ‌ Especially performs well in high-speed machining centers, drilling and milling centers, lathes, grinders and other equipment.