Ref. No.:
1425-06201700
Products
Machine Details:
Technical Details:
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Control:
Description:
Description
Used ULMER SF40 REINECKER | CNC End profile grinding machine for sale
Technical Data:
- Travels:
- X-axis 450 mm
- Z-axis 250 mm
- Resolution:
- X, Z-axis: 0.001 mm
- C-axis: 0.001º
- Rapid traverse X / Z: 15 / 30 m/min.
- Grinding spindle:
- Motor spindle ø x length: 140 x 300 mm
- Drive power S6: 14 kW / 170 Hz
- Infinitely variable speed: 1,000 to 7,500 min-1 / 250 Hz
- Torque const.: 27 Nm to 5,000 min-1
- Grinding wheel ø max.: 350 mm
- Cutting speed: <140 m/s
- Workpiece spindle (C-axis):
- Mounting taper: SK50
- Max. speed: 3,000 min-1
- Torque max.: 28 Nm
- Dimensions WxDxH: 1,900 x 1,900 x 1,900 mm
- Accessories:
- NUMROTO Plus control and softare Cylindrical grinding, loader, in-process measurement
- Probe for in-process measurement, incl. probing cycles
- 3D collision monitoring
- Interpolating C-axis
- Balancing system for grinding wheel in the machine
- Automatic chain loader
- Automatic bar feed
- Coolant pressure increase
- Oil pan
- K&B fire extinguishing system incl. fire damper
- Connections for central coolant supply and oil mist extraction
- Collet chuck W20 UP
- Schunk hydraulic chuck
- General information:
- The machine is functional, in very good condition and can be inspected by appointment.
The ULMER SF 40 REINECKER end facing machine stands for:
- Production of points, chamfers, radii and their combination at the ends of cylindrical tools made of solid carbide, HSS and ceramic.
- Grinding unit with a liquid-cooled motor spindle.
- Variable spindle arrangement of the grinding unit for more flexibility, parallel or perpendicular.
- Up to four different grinding wheels can be mounted on one holder.
- Use of different chuck clamping systems.
- Measuring probe for detecting the axial workpiece position and angular position of the cooling channels.
- Automatic loading devices are available as an option.
- NUM Flexium+ CNC control with powerful NUM DriveX drives and integrated NUM-Safe safety architecture.