Clamping systems

Here as a system for holding and machining ball screw nuts. Maximum repeat accuracy and very low wear. Highly automatable.

Here as a system with four individually controllable clamping levels for the mounting and flexible parting off of cylinder liners.

Here as a system for holding and complete machining of customised piston outer contours in a single clamping operation.

Here as a system with soft centring in the pitch circle of the toothing. Centrifugal force-independent and deformation-free clamping for external machining of deformation-critical components.

Here as a system for holding difficult workpieces with the option of simultaneous internal and external machining.

Here as a system with soft centring in the pitch circle of the toothing. Centrifugal force-independent and deformation-free clamping for internal machining of deformation-critical components.

Here as a system with two separate clamping levels for centring on different internal diameters with simultaneous optimum coaxial alignment.

Here as a system with positioning and oscillating compensating jaw clamping for holding and machining injection nozzles for the aerospace industry.

Here as a system with two clamping levels offset by 90°. Holding and processing of projecting shaft-shaped workpieces.

Here as a system with retractable workpiece fence for holding and complete machining of ring-shaped workpieces.

Here as a system for holding and machining workpieces in the rough machining process with integrated grip and pull-down function.

Here as a system for the passive centring of differential housings with process-safe plane clamping.

Here as a system with active centring and face clamping of electric motors. With additional centrifugal force-controlled elements for sealing the workpiece during machining.

Here as a system for compact internal clamping. Centrifugal force-independent and deformation-free clamping for external machining of thin-walled workpieces.

Highly dynamic system in compact design. Centrifugal force-independent and deformation-free clamping here for holding and machining thin-walled cams.

Here as a system with pre-centring, positioning and subsequent face clamping for holding and machining complex levers.

Here as a system with soft centring in the pitch circle of the toothing. Centrifugal force-independent and deformation-free clamping for internal machining of deformation-critical components.

Here as a system with active eccentric centring to the centre of rotation for holding and machining turbine housings.

Here as a system for turning and drilling thin-walled aluminium housings with active vibration damping.

Here as a system with active damping for the mounting and vibration-free processing of high-quality enclosures.

Here as a system with vacuum clamping for processing hip joints in two positions; with integrated centrifugal force compensation.

Here as a system for holding and processing medical devices.Few moving parts, maximum repeat accuracy and very low wear.

Here as a system in a sealed and stainless design for holding housing components in an industrial cleaning process.

Here as a system for holding wheels in a measuring and balancing process. Designed with a large radial stroke and maximum precision over the entire clamping range.

Here as a system for holding X-ray discs in a balancing process.