Friend Links: SKF Bearing FAG Bearing NSK Bearing Timken Bearing KOYO Bearing

Thin Section Bearing

O1CN01CvFdUd2MzLAMIo6KA_!!913639898.jpg__副本

Thin Section Bearing refers to a bearing with ultra-thin outer and inner rings. The ratio of its outer diameter to inner diameter is usually less than 1.25. This structure makes the difference between the inner and outer diameters of the bearing very small, and realizes the extremely thin bearing wall. In this way, thin-walled bearings maintain high rigidity and load-bearing capacity while having the advantages of lightweight and space saving.

Thin Section Bearing is mainly used in scenarios with high precision, high rotation speed, limited space and lightweight requirements, such as aerospace, robotics, medical equipment, semiconductor equipment and precision instruments.

Common types of Thin Section Bearing


1) Angular contact thin wall bearing, such as 78 series and 79 series, can bear axial and radial loads at the same time, suitable for high-precision requirements, and can be used in high-precision equipment and servo systems.


2) Four-point contact thin section bearing, with four contact points designed inside, can bear radial and axial loads at the same time, used in applications that require accurate positioning and complex loads, such as machine tools, rotary tables, etc.


3) Deep groove ball thin wall bearing, with relatively simple structure, low friction, small inner and outer ring sizes, suitable for high-speed rotation, can be used in micro motors and measuring instruments.


4) Thin section cross roller bearing, with cross-arranged rollers, good load capacity and rigidity, widely used in high-precision applications such as machine tools, industrial robots, aerospace equipment and medical equipment.

Thin Section Bearing Advantages


1) Lightweight design. The cross-section thickness of Thin Section Bearing is small, which reduces the weight of the bearing. It adopts a miniaturized and lightweight design, and can effectively reduce the load when assembled on the equipment.


2) High precision and high rigidity. Thin section bearing adopts high-precision manufacturing technology, which can meet the high-precision requirements of the equipment. Starting from the material and process, it can provide higher structural rigidity and effectively resist deformation.


3) Space saving. Compared with traditional bearings, Thin Section Bearing can provide excellent performance in a limited space and optimize the equipment layout.


4) Long life. Thin wall bearing uses precision processing technology and high-strength bearing steel, so that the bearing has a lower friction coefficient during operation, reduces energy consumption, and prolongs service life.

APPLICATION