Clamping and Positioning Systems
Clamping and Positioning Systems for Highest Precision and Process Forces
The functional principle of the reference chuck is that it is adapted to the process forces that occur. The clamping elements (whether balls, rollers, segments or screws) are chosen to execute the optimal transmission of clamping and process forces.
PRS Clamping System | Reference Clamping System for Tools and Fixtures
PRS
Highest precision and holding force
Positioning accuracy of +/- 0,005 mm combined with holding forces up to 25 000 N.
Modular design
Adaptation to tool geometry and different process forces.
Size graduation
The smallest size can be combined with the smallest reference clamping system RCS and PMC. Various pallet sizes cover the tooling and pressing requirements.
PPS Clamping System | Reference Clamping System for Tools and Fixtures
PPS
Highest precision and clamping force
Positioning accuracy of +/- 0,001 mm combined with maximum clamping forces up to 70 000 N.
Modular design
Adaptation to tool geometry and different process forces.
Size graduation
Staggered sizes cover the tooling and pressing requirements.
RCS Roller Clamping System | Reference Clamping System for Tools and Workpieces
RCS
Highest precision and clamping force
Positioning accuracy of +/- 0,001 mm combined with maximum clamping forces up to 65 000 N.
Modular design
Adaptation to the shape and sizes of tools and workpieces as well as to different process forces.
Size graduation
Product sizes cover all tool and workpiece requirements.
RCS-PPS Clamping System | Reference Clamping System for Tool Carriers
RCS-PPS
Highest precision and clamping force
Positioning accuracy of +/- 0,001 mm combined with maximum clamping forces up to 70 000 N.
Modular design
Adaptation to the shape and sizes of workpiece and tool carriers and special devices.
Size graduation
Product sizes cover all tool and fixture requirements. Used for mechanical and electrochemical machining.
PMC Clamping System | Reference Clamping System for Punches on PMC and Macro° Pallets
PMC
Functionality
The chuck is opened by compressed air. The pallet is inserted and clamped by depressurizing the chuck. In order to unclamp the pallet, the chuck must be opened again by applying pressure. Chucks are equipped with power clamping to increase the clamping force.
MCS Manual Clamping System | Reference Clamping System for Holding Tools
MCS
Highest precision and clamping force
Positioning accuracy of +/- 0,001 mm combined with maximum clamping forces of up to 2 500 kN.
Modular design
Adaptation to the shape and size of the punch and die as well as to different pressing forces.
Size graduation
Product sizes cover all tooling and pressing requirements. Used for coaxial and multiaxial pressing combined with high pull-out and pressing forces.
MCS C Interchangeable Plate System | Manual Interchangeable Plate System for Die Clamping Systems and Multi Axial Tools
MCS C
Highest precision and clamping force
Positioning accuracy of +/- 0,001 mm combined with maximum clamping forces up to 2 500 kN.
Modular design
Adaptation to the shape and size of the die and to different pressing forces.
Size graduation
Product sizes cover all tooling and pressing requirements.
SCS Segmentiertes Spannsystem | Referenzspannsystem zur Aufnahme von Stempeln, Stempelträgern und Matrizen
SCS
Highest precision and clamping force
Positioning accuracy of +/- 0,001 mm combined with maximum clamping forces up to 65 000 N.
Modular design
Adaptation to sizes and shapes of punch and die as well as to different pressing forces.
Size graduation
Poduct sizes cover all tooling and pressing requirements. Used for coaxial pressing and for high extraction and pressing forces.
SCS K Positioning System | Positioning System for Flexible, Shape-Independent Positioning of Components
SCS K
Modular design
Smallest manual positioning system for different sizes and shapes of punch and die as well as different pressing forces.
Functionality
The positioning system works with a ground taper against a ground groove. Taper and groove can be positioned in pairs as required. Grooves can be single or double-axis. Positioning in X, Y and C requires two or more taper and groove pairs. Taper are installed or removed with a mounting or removal device.
Your idea cannot be realized with our standard range?
Take advantage of our know-how in the realization of tailor-made solutions for your production process.
Customized Solutions
