Floating Holder:
Even More Productive Series Machining with Ceramic Fiber Brushes
For consistent machining results, longer tool life & more productive series machining with ceramic fiber brushes. Optional accessories for our ceramic fiber surface brushes Ø 6mm to Ø 100mm.
Your Benefits
Constant contact pressure for consistent machining results
Automatic adjustment of cutting pressure for stable edge machining
Reduced readjustment effort during tool wear
Lower tool wear and increased process reliability
Long tool life for maximum cost-effectiveness
Flexible adaptation to various machining tasks
Usable on machining centers, CNC lathes, drilling machines, special machines, and more.
Video: Functionality of a brush with floating holder
The floating holder is available as optional accessory for ceramic fiber surface brushes from Ø 6 mm to Ø 100 mm. An integrated compression spring supports the brush axially and applies a constant contact pressure to the workpiece.
The automatic compensation movement ensures uniform machining results and consistent edge quality, even with tool wear or dimensional tolerances on the workpiece. At the same time, adjustment effort is reduced, as manual length adjustment of the fiber rods is often unnecessary.
The cutting force can be specifically adapted to the respective machining task by exchanging the compression spring. Three different spring forces are available for this purpose. This allows optimal adjustment of both machining intensity and the desired surface quality.
The floating holder contributes to stable machining conditions, reduced tool wear, and longer tool life. It is suitable for use on machining centers, CNC lathes, drilling machines, as well as special machines and other machine tools.
COMPARISON WITH AND WITHOUT AXIAL COMPENSATING HOLDER
With Axial Compensating Holder
The varying cutting depths are compensated by the axial tool movement. Uniform machining is ensured even with large differences in cutting depth.
Without Axial Compensating Holder
The varying cutting depths are directly reflected on the machined surface after processing.
CONSTRUCTION OF THE FLOATING HOLDER
