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When Robotic Bearing comes with AI era | | | | |
Robots, as we all know, are playing an increasingly important role in our modern life. More portable and affordable robotic arms are allowing increasing numbers of companies to enjoy the benefits of automation.
The bearings used in robotic applications must be high precision with good rotational accuracy and reliability. Where robots need to work in extreme or controlled environments, it needs the robotic bearings to be with specialist lubricants for high temperature use, food or beverage production, clean rooms or vacuum environment.
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Robotic bearings are mainly used in industrial robots, which include thin-section bearings, cross roller bearings, harmonic reducer bearing and joint bearing. Among the above, bearings with cross roller are the most common used.
Below is the standard types of robotic bearings in various structures.
| | | | | | Apart from the above, linear bearings, joint bearings, magnetic bearings and air static pressure thrust bearings are also used in robots. | | | | | | Harmonic Reducer Bearing |
Advantages: compact structure, high accuracy, high bearing force, large reduction ratio, less return difference, small volume, light weight and so on.
Application: 4 axis robots, 5 axis robots, 6 axis robots, marine industries, aviation industries, etc.
Types: Harmonic reducer bearing can be divided into Rigid bearing and Flexible bearing. Rigid bearing includes 4 series: CSG(CSF) series, CSD series, SHG(SHF) series, SHD series, they are named after the reducer names; Flexible bearing is HYR series. | | | | | | | | | | | RV Reducer Bearing |
Most of RV reducer bearings use non-standard size, it is mainly divided into main bearing and crankshaft bearing.
Main bearing includes thin-wall angular contact ball bearing, thin-wall tapered roller bearing;
Crankshaft bearing includes thin-wall tapered roller bearing, needle and cage assembly.
| | | | | | | | | | | Crossed Roller Bearing |
Application: joints and swiveling units of industrial robots, swiveling tables of machining centers, rotary units of manipulators, medical equipment, measuring instruments and IC manufacturing machines.
Features:
1) High precision: up to P4, P2
2) High rigidity: This series bearings all with preload
3) High load capacity
4) Small size: with small size cab save space for machines
Types: include RB series, RE series, RU series, RA/RA-C series, SX series, XU series, CRBH series, CRB series, CRBC series, etc. | | | | | | | | | | | Thin-Section Bearing | Thin-section bearings are designed to save space, decrease the overall weight, dramatically reduce friction, and provide excellent running accuracy. The special features of the thin section bearings enable customers to downsize their design and cut manufacturing costs without sacrificing bearing performance or life.
Application:
Robotics, aviation, aerospace, machine tools, semiconductor processing equipment and medical equipment. | | | | | | | | | | Further questions about robotic bearings, just contact TBB and will find satisfied solution.
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