CNC Grinder Series Supports High Production
Okuma’s GPW/GAW grinder series is now equipped with the company’s intelligent OSP-P300G CNC control.
Share
Autodesk, Inc.
Featured Content
View MoreECi Software Solutions, Inc.
Featured Content
View MoreTakumi USA
Featured Content
View MoreHwacheon Machinery America, Inc.
Featured Content
View MoreOkuma’s GPW/GAW grinder series is now equipped with the company’s intelligent OSP-P300G CNC control. The OSP-P system fully integrates the machine, motors, drives and encoders, promoting enhanced machine performance and customization to suit particular machining needs. The Easy Operation control and touchscreen increase efficiency by enabling users to quickly toggle between machine operations, programming and wheel preparation screens.
Besides the CNC, key features of this grinder series include a dead-center, a C-type workhead, a chucking headstock, and a tailstock quill stroke of 35 mm. The high-speed, heavy-duty grinder is driven by a 10-hp (5.5-kW) wheel spindle motor. High feed rates range to 30 m/min. in the X axis and 20 m/min. in the Z axis. The series is also equipped with a Chatter Control function that automatically adjusts wheel speed for accurate, stable machining. The high-speed grinding wheel spindle is ideal for cutting mass-produced small parts with precision.
The grinder’s wheelhead traverse structure gives the machine a solid, compact footprint that saves floor space, while the user-friendly design eases loading of a variety of workpieces, which allows for automation setups in high-production environments.
Related Content
-
High RPM Spindles: 5 Advantages for 5-axis CNC Machines
Explore five crucial ways equipping 5-axis CNC machines with Air Turbine Spindles® can achieve the speeds necessary to overcome manufacturing challenges.
-
Quick-Change Tool Heads Reduce Setup on Swiss-Type Turning Centers
This new quick-change tooling system enables shops to get more production from their Swiss turning centers through reduced tool setup time and matches the performance of a solid tool.
-
How to Determine the Currently Active Work Offset Number
Determining the currently active work offset number is practical when the program zero point is changing between workpieces in a production run.