Technology Offers

New analytical method enables transformation of unselective inexpensive materials into selective receptors and increases the selectivity of established bioreceptors.

An optimized inlet geometry of film cooling holes on the cooling air side improves the film cooling effectiveness for cooling hot metal surfaces.

A new system for additive manufacturing by using microwave heating to print components made of continuous fiber reinforced composites quickly and efficiently.

New suction gripper system with sensorial feedback enables controlled allocation and holding of air-permeable textile layers for industrial production.

New aerosol-on-demand (AoD) printing process with a jet print head enables functional digital printing on uneven substrates even with small volumes of fluid.

New mixing nozzle with shielding flow enables precipitation crystallization without encrustations in the nozzle and produces fine, homogeneous particles for chemical and pharmaceutical applications.

New plant design enables the continuous additive manufacturing of metal components using flexible process chamber expansion between the production chamber and the surrounding area.

Optimized uniaxial diffusion bonding process allows deformation control when joining components with complex microstructures.

A compact cell casing for material tests of solid-state batteries allows non-destructive electrochemical characterization under exclusion of air and at a defined pressure.

Combination of a ferromagnetic sensor film and a high-frequency strip-line enables torque measurements.