1.Automotive Industry
It can meet the requirements for machining accuracy and production continuity in the automotive industry, and help realize the mass compliant production of automotive parts.
Gear Shaft Machining: It accurately grabs the gear shaft blanks and performs loading/unloading for the lathe, avoiding positioning deviations caused by manual operations and improving the consistency of gear shaft machining accuracy.
Input Shaft Machining: It stably grabs the input shaft to avoid scratching the shaft surface, shortens the loading/unloading time, and prevents machining accuracy deviations of the input shaft.
Bushing Machining: It reduces the frequency of manual material replenishment, ensures that the dimensional accuracy of bushings meets the standards, and lowers the defective product rate.
2.Transmission Industry
It meets the requirements for machining surface quality and production efficiency of bearing inner rings and outer rings in the transmission industry, facilitating the stable production of bearing components.
Bearing Inner Ring Machining: It accurately delivers inner ring blanks to the lathe machining station, reduces invalid operation, ensures that the surface roughness of the inner ring raceway meets the standards, and improves transmission stability.
Bearing Outer Ring Machining: Bearing outer rings need to withstand large radial loads and require strict control over outer diameter dimensional tolerances. The truss-type one-to-one manipulator can avoid dimensional deviations in outer ring machining and ensure the quality of bearing components in the transmission industry.
