MC-P Z Concentric Clamping
ROEMHELD WS 5.4502 - Workholding Systems MC-P Z, Concentric Clamping mechanically or hydraulically operated
- Jaw widths: 40, 60, 100 and 125 mm
MC-P Z Concentric Clamping - ROEMHELD WS 5.4502
- Jaw widths: 40, 60, 100 and 125 mm
MC-P 40 Z
- Jaw width: 40 mm
- Clamping force: 7.5 kN at 23 Nm
- Clamping stroke: 20 mm
- Max. jaw opening: 6 – 79 mm
MC-P 60 Z and ZH
- Jaw width 60 mm
- Mechanical clamping force: 15 kN at 50 Nm
- Hydraulic clamping force: 12 kN at 320 bar
- Clamping stroke: 30 mm
- Max. jaw opening: 6 – 150 mm
MC-P 100 Z and ZH
- Jaw width: 100 mm
- Mechanical clamping force: 25 kN at 80 Nm
- Hydraulic clamping force: 20 kN at 240 bar
- Clamping stroke: 50 mm
- Max. jaw opening: 6 – 204 mm
MC-P 125 Z and ZH
- Jaw width: 125 mm
- Mechanical clamping force: 35 kN at 200 Nm
- Hydraulic clamping force: 35 kN at 260 bar
- Clamping stroke: 101 mm
- Max. jaw opening: 6 – 400 mm
MC-P 125 Z Compact
- Jaw width: 125 mm
- Clamping force: 35 kN at 200 Nm
- Clamping stroke: 101 mm
- Max. jaw opening: 6 – 215 mm
Advantages:
- Patented segment design
- Compact design
- High precision and accuracy of the manufactured workpieces by high rigidity
- High zero-point stability
- Sturdy design and good swarf protection
- Large jaw openings
- Extensive range of jaws
- Clamping of raw and finished parts without retrofitting
- Easy to maintain
Application:
The workholding systems MC-P Z are especially advantageous for 5-axis machining. The compact design allows a good accessibility
of the tools to the workpiece. Collision-free tool paths and a 5-sided workpiece machining can be achieved with short standard tools. Due to the good swarf protection, workholding systems MC-P Z are particularly suitable for the use in pallet systems.
The high force and stability obviate the need for pre-stamping of the workpieces.
Description:
Workholding systems of the MC-P Z series excel by a very compact design and their patented segment design. Thanks to the adjusting spindle arranged in the upper part of the housing, deformation in the base during clamping is reduced to a minimum. Thus, a high rigidity of the workholding system is obtained.
The patented segment design ensures a high degree of precision and stability. The guiding clearance is reduced to nearly zero.
All essential components are made of hardened steel.
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