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The clamping elements react in the shortest possible response time by the patented pneumatic pre-loading of the system of the spring plates in the diaphragm.
These safety systems are permanently operational for the maximum machine protection.
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Special collets and workholding devices are manufactured to rigid specifications, including material, heat treat and machined accuracy. Hardinge will work with you for the fastest possible delivery time to meet your deadline. Quite often a stock item can be altered to meet your requirements.
Hardinge specializes in solutions for extruded stock, non-round parts, eccentric, off-center, stepped and other hard-to-grip parts. Hardinge's Design and Application Engineers have over a century of combined experience.
Quite often it is necessary to hold a soft or brittle workpiece, a part that cannot be marked or scratched, or a thin-walled part. Hardinge can provide a gripping solution for all types of workpiece materials.
Special Collets are available to hold glass rods, optical lenses, pill capsules, plastics and wood. Hardinge has experience with all types of materials including brass and aluminum extrusions, castings and die castings.
Fax your requirements to 607-734-3886, or call 800-843-8801.
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Clamping bars, wedge clamp, hollow piston cylinder, spring clamping cylinder, double-T clamping bars, extending clamp, wedge swing clamp, pivot and pull clamp and other hydraulic clamping elements – adaptive/stationary.
Hydraulic clamping elements which are installed in a fixed position, e.g. on the press or machine bed. Compact and well-proved clamping elements with maximum clamping forces in various designs.
Special adaptations and customers’ specific requests such as increased clamping force, enlarged clamping stroke or design as a double-acting clamping element are possible .
Applications:
- on press beds and rams
- for clamping and locking on machines and equipment
The element is manually positioned against the die clamping edge. Clamping is carried out by activating the piston and unclamping by spring power.
Using the T-bolt, the die is clamped against the clamping surface of the press slide or the press bed.
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