Putzmaigao Precision Bearing Outer Ring Surface Automatic Polishing Grinder
The Putzmai Bearing Surface Polishing and Grinding Equipment aims to make targeted technological breakthroughs in the difficult process of grinding and polishing the complex surface of the bearing sleeve. Specifically, it is a high-precision automated bearing ring polishing and grinding machine tool.
Bearings are an important component in contemporary mechanical equipment. Its main function is to support the mechanical rotating body, reduce the friction coefficient during its movement, and ensure its rotational accuracy; The bearing ring is a circular component of a radial rolling bearing with one or several raceways; The accuracy of bearing rings directly affects the normal use of bearings; At present, there is no dedicated tool designed for polishing the outer ring of bearings. Generally, it requires manual handheld polishing machines or sandpaper for polishing, and there are generally the following problems or defects: 1. Manual polishing is very laborious, with low safety and work efficiency, which affects the processing efficiency of bearings; 2. A large amount of waste debris is generated during polishing, which can easily cause environmental pollution.
During the development of industrial production, one of the main measures for the significant increase in labor productivity in the foreign bearing industry is to continuously adopt new technologies, processes, and equipment, promoting the development of bearing production processes and equipment towards high efficiency, precision, and automation.
The process advantages of the Putzmaigao precision curved surface grinding machine are: 1. "Centerless" process, 2. development of "merged process" grinding process, 3. use of "high-speed grinding", 4. reduction of grinding allowance, 5. use of controlled force grinding or adaptive control grinding, 6. use of double end face grinding technology, 7. use of oil stone grinding wheel centerless grinding technology, 8. use of centerless clamping method, 9. use of ultra precision grinding technology, 10. use of new abrasive grinding tools, 11. use of high-precision, high rigidity, and high speed grinding wheel spindles, 12. Adopting automatic feedback active measurement, 13. Controlling angularity and waviness between processes, 14. High speed automation of equipment, 15. Developing new equipment with high efficiency, high precision, and high degree of automation, 16. Building supporting automated production lines
