Industries

The DiaClamp® workpiece clamping system sets new standards in the machining of free-form surfaces on blades, vanes and complex structural components. Thanks to its innovative clamping technology, DiaClamp® enables maximum process reliability, shorter set-up times and maximum precision, even with demanding organic geometries.

DiaClamp® is the efficient solution for future-oriented manufacturing in the aviation industry.

Engine and structural components with free-form surfaces place the highest demands on workpiece clamping technology. DiaClamp® guarantees reliable, repeatable workpiece clamping without deformation or surface damage, even for thin-walled or rotationally symmetrical components.

DiaClamp® is the technical solution for sustainable, high-precision and economical manufacturing in the aerospace industry.

Components such as compressor, turbine and pump wheels, blades, guide vanes and blisks with complex free-form surfaces place the highest demands on workpiece clamping. DiaClamp® offers an innovative solution. With DiaClamp®, the challenge becomes an opportunity. The innovative clamping technology ensures maximum process reliability and guarantees distortion-free, material-friendly fixation, even for large or thin-walled components.

DiaClamp® combines high-tech clamping technology with sustainable, economical production for the energy of tomorrow.

In medical technology, complex workpiece geometries with free-form surfaces have long been standard. Delicate implants, prostheses, surgical instruments and patient-specific components require the highest precision from prototyping to series production. With its contour-accurate positioning, no surface damage and distortion-free fixation, DiaClamp® is the key technology for precise and reliable manufacturing.

DiaClamp® clamping technology reimagined for high-tech industries.

The optical industry relies on freeform surfaces as the key to modern product development. Workpieces such as lens blanks, varifocal lenses, asymmetrical mirrors, optical sensor housings and freeform optics for laser and measurement technology place the highest demands on surface quality, geometry and dimensional accuracy. Any deviation can impair optical performance, which is why absolute precision is essential. DiaClamp® provides the technical basis for these demanding manufacturing processes. Even the most sensitive surfaces are protected thanks to contour-accurate positioning, distortion-free clamping and material-friendly tensioning. The result is a perfect combination of precision, safety and cost-effectiveness.

DiaClamp® – the technical basis for optical perfection that makes all the difference.

Free-form surfaces in mould inserts, cavities and electrodes are standard in tool and mould making. The precise clamping of these complex geometries is crucial for dimensional accuracy and surface quality. Our workpiece clamping system enables the defined fixing of complex workpiece geometries, regardless of whether they are individual parts, highly complex mould inserts or small series.

DiaClamp® reduces set-up times, increases repeat accuracy and supports the precise machining of demanding mould components.

The future of robotics stems from perfection. The components of humanoid robots demand absolute perfection. Lightweight structures, complex joints and sensitive housings must be manufactured in such a way that the robot can later operate powerfully, safely and smoothly. DiaClamp® provides the basis for this future technology, stable workpiece clamping, distortion-free fixation and maximum repeat accuracy, even with demanding geometries. This results in components that make mobility, intelligence and elegance possible in the first place.

DiaClamp® precision that brings tomorrow's robotics to life.