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1945
Invention and market introduction of the Reishauer continuous generating process:
Enables the fast and accurate manufacture of gears.
Enables the fast and accurate manufacture of gears.
1968
Automation of the process:
Enables high volume production and lowers cost per part.
Enables high volume production and lowers cost per part.
1977
Electronic gearbox:
Increases the precision of ground gears and complies with the high safety requirements of the aerospace industry.
Increases the precision of ground gears and complies with the high safety requirements of the aerospace industry.
1986
Continuous shift grinding:
Improves the grinding performance and the gear profile accuracy.
Improves the grinding performance and the gear profile accuracy.
1993
Low-Noise-Shifting:
Active suppression of noise generation in transmissions.
Active suppression of noise generation in transmissions.
2001
Reishauer electronic gearbox:
The filtering out of disturbances and the high rigidity of the drive kinematics set new standards both in quality and productivity.
The filtering out of disturbances and the high rigidity of the drive kinematics set new standards both in quality and productivity.
2003
Twin-spindle technology:
The twin-spindle technology eliminates non-productive times and shortens cycle times.
The twin-spindle technology eliminates non-productive times and shortens cycle times.
2009
High-speed grinding on RZ 60/160/260 machines: Results in shorter grinding cycle times.
2011
Topological grinding, polish and fine grinding: Opens up the degrees of freedom for transmission design.
2014
The inception of the Reishauer automation springs from the Circle of Competence philosophy.
