GPM
Grinding-Polishing-Machine
GPM
GPM
Grinding-Polishing-Machine
Grinding and Polishing Machine
The machine is designed for processing 3D surfaces.
There are 6 axes that work simultaneously.
The dynamic grinding head can be equipped with various grinding tools that are used automatically.
It evens out imperfections and irregularities.
The motor-controlled tool changing system can be equipped individually.
The grinding pressure is controlled by a linear motor.
These machines are used in the fields of aviation technology, drive technology, medical technology, etc.
A Sinumerik 840sl is used as the controller.
Programming is done using the CAM system OPUS.
This machine is currently available in 2 different sizes – GPM 610 and GPM 620.
Grinding and Polishing Machine
The machine is designed for processing 3D surfaces.
There are 6 axes that work simultaneously.
The dynamic grinding head can be equipped with various grinding tools that are used automatically.
It evens out imperfections and irregularities.
The motor-controlled tool changing system can be equipped individually.
The grinding pressure is controlled by a linear motor.
These machines are used in the fields of aviation technology, drive technology, medical technology, etc.
A Sinumerik 840sl is used as the controller.
Programming is done using the CAM system OPUS.
This machine is currently available in 2 different sizes – GPM 610 and GPM 620.
Grinding and Polishing Machine
The machine is designed for processing 3D surfaces.
There are 6 axes that work simultaneously.
The dynamic grinding head can be equipped with various grinding tools that are used automatically.
It evens out imperfections and irregularities.
The motor-controlled tool changing system can be equipped individually.
The grinding pressure is controlled by a linear motor.
These machines are used in the fields of aviation technology, drive technology, medical technology, etc.
A Sinumerik 840sl is used as the controller.
Programming is done using the CAM system OPUS.
This machine is currently available in 2 different sizes – GPM 610 and GPM 620.
Use our experience and knowledge!
Use our experience and knowledge!
Construction
The machine is equipped with the linear axes X, Y and Z.
In order to position the tool in space, 3 additional rotary axes A, B and C are integrated.
All axes can be moved simultaneously.
The stable design ensures precise processing.
Construction
The machine is equipped with the linear axes X, Y and Z.
In order to position the tool in space, 3 additional rotary axes A, B and C are integrated.
All axes can be moved simultaneously.
The stable design ensures precise processing.
Tools
The processing head is equipped with a grinding belt, which has a
length of 3.5 m. The grinding belt is driven by a synchronous motor.
A turret rotary unit is equipped with various rollers, which are driven via the sanding belt.
An additional tool can be attached to each roller.
As a rule, these are various grinding wheels or brushes.
The rotating unit brings the desired roll or tool into position.
Tools
The processing head is equipped with a grinding belt, which has a length of 3.5 m.
The grinding belt is driven by a synchronous motor.
A turret rotary unit is equipped with various rollers, which are driven via the sanding belt.
An additional tool can be attached to each roller.
As a rule, these are various grinding wheels or brushes.
The rotating unit brings the desired roll or tool into position.
Tools
The processing head is equipped with a grinding belt, which has a length of 3.5 m.
The grinding belt is driven by a synchronous motor.
A turret rotary unit is equipped with various rollers, which are driven via the sanding belt.
An additional tool can be attached to each roller.
As a rule, these are various grinding wheels or brushes.
The rotating unit brings the desired roll or tool into position.
Programming
The Sinumerik programs are created by using the CAM system OPUS.
A STEP or SAT model of the required work-piece is used as the basis for programming.
With the various tools, processing can be programmed according to the highest grinding technology.
Programming
The Sinumerik programs are created by using the CAM system OPUS.
A STEP or SAT model of the required work-piece is used as the basis for programming.
With the various tools, processing can be programmed according to the highest grinding technology.
Programming
The Sinumerik programs are created by using the CAM system OPUS.
A STEP or SAT model of the required work-piece is used as the basis for programming.
With the various tools, processing can be programmed according to the highest grinding technology.
Programming
The Sinumerik programs are created by using the CAM system OPUS.
A STEP or SAT model of the required work-piece is used as the basis for programming.
With the various tools, processing can be programmed according to the highest grinding technology.
Programming
The Sinumerik programs are created by using the CAM system OPUS.
A STEP or SAT model of the required work-piece is used as the basis for programming.
With the various tools, processing can be programmed according to the highest grinding technology.
Technical Data
| Dimensions (WxLxH) | 1600 mm x 2230 mm x 3150 mm |
| Traveling distance | X-axis | 650 mm |
| Y-axis | 250 mm | |
| Z-axis | 250 mm | |
| Axes of rotation | A-axis | +/- 360° |
| B-axis | +/- 30° | |
| C-axis | +/- 30° |
| Workpiece length | 500 mm |
| Width/diameter | 150 mm |
| Grinding belt length | 3500 mm |
| Dimensions (WxLxH) | 2000 mm x 2580 mm x 3150 mm |
| Traveling distance | X-axis | 900 mm |
| Y-axis | 350 mm | |
| Z-axis | 350 mm | |
| Axes of rotation | A-axis | +/- 360° |
| B-axis | +/- 45° | |
| C-axis | +/- 35° |
| Workpiece length | 750 mm |
| Width/diameter | 350 mm |
| Grinding belt length | 3500 mm |
Technical Data
| Dimensions (WxLxH) | 1600 mm x 2230 mm x 3150 mm |
| Traveling distance | X-axis | 650 mm |
| Y-axis | 250 mm | |
| Z-axis | 250 mm | |
| Axes of rotation | A-axis | +/- 360° |
| B-axis | +/- 30° | |
| C-axis | +/- 30° |
| Workpiece length | 500 mm |
| Width/diameter | 150 mm |
| Grinding belt length | 3500 mm |
| Dimensions (WxLxH) | 2000 mm x 2580 mm x 3150 mm |
| Traveling distance | X-axis | 900 mm |
| Y-axis | 350 mm | |
| Z-axis | 350 mm | |
| Axes of rotation | A-axis | +/- 360° |
| B-axis | +/- 45° | |
| C-axis | +/- 35° |
| Workpiece length | 750 mm |
| Width/diameter | 350 mm |
| Grinding belt length | 3500 mm |