FISCHER Grinding Spindles
Whether for general use or for high performance in-line production grinding centers, FISCHER has grinding spindles suitable for all applications.
MFM Grinding Spindles
Universally compatible, multi–sector grinding spindle with maximum performance.
- Compact, robust design
- High performance and torque over a wide rotational speed range
- Excellent stability and concentricity for the best
- Dimensionsal and form tolerances
- Designed for high radial and axial loads
- Air seal supported sealing system
- Various interfaces available
MFM Product Information (8.16 mb)
MFL Grinding Spindles
Lean thinking led us to develop a new generation of FISCHER spindles from the ground up. Perfect for day–to–day grinding while maintaining the proven FISCHER standard of quality, the MFL series is a perfect complement to the MFM series. They differ from the MFM spindles by focusing on specific areas of applica- tion, thereby providing fine–tuned spindle performance.
MFL Product Information (4.75 mb)
HJN Grinding Spindles
The belt–driven spindles in the HJN series have been developed for grinding applications in the rotational speed range from 28‘000 to 60‘000 rpm. The spindles have been designed for both radial and axial load. HJN spindles can be used in any position.
HJN Product Information>
UJ Grinding Spindles
The belt–driven spindles in the UJ series are extremely compact and have been developed for grinding applications in the rotational speed range from 12’000 to 28’000 rpm. The spindles in the UJ series are designed predominantly for radial load, but can also be subjected to axial load. UJ Product Information>
Motor dressing Spindles
Motor dressing spindles from FISCHER are characterized by:
- an extremely robust and compact design
- an optimal thermal and mechanical stability for maximum precision
- Large bearings and biggest possible interface for outstanding stability of the whole system
- Maintenance-free, thanks to grease lubricated hybrid ball bearing
Optionally, a tool noise sensor „GAP control“ for reliable spark detection is available.
