Clamping Surface Designs
Schlenker clamping surface designs are developed and manufactured to meet a wide range of technical requirements and application scenarios. Their geometry and surface characteristics allow the clamping system to be adapted to different machining tasks, ensuring reliable function and consistent performance under varying operating conditions.
Clamping Surface Designs
- Standard draw-in collet
Clamping Surface Designs
- With additional grooves
Clamping Surface Designs
- Higher clamping force compared to the grooved standard collet due to the additional axial grooves
Clamping Surface Designs
- Highest clamping force at the same clamping pressure of the machine due to very closely spaced axial grooves
Clamping Surface Designs
- Carbide coating possible for all shapes
- Higher coefficient of friction than a standard collet
- Higher clamping force
- Repeated / afterward coating possible
Clamping Surface Designs
- Can be used for long workpieces with multiple grooves
- Greater wraparound of the workpiece circumference provides higher clamping force
- More stable clamping for long workpieces
Clamping Surface Designs
- Application for workpieces whose geometry behind the clamping diameter shouldn’t be damaged
- Used for short workpieces so the ejector can be positioned closer to the clamping diameter
