A dedicated test gantry has been developed for testing and verification of X-Ray modules used in CT Scanners. The gantry applies centrifugal forces for overload testing and accelerated lifetime testing of modules.
In close cooperation with GMT, a polymer damper with an extremely high damping ratio of 50% has been developed and is currently produced in volume.
A high-speed XYZ manipulator was designed and built to print glue lines for semiconductor die bonding.
In close cooperation with Bosch Rexroth a high accuracy stage for wafer alignment has been developed and built.
A highly accurate test set-up, with extreme force range-resolution-ratio, for testing new actuator concepts was developed.
An in-house developed vacuum compatible through-wall actuator in 6 Degrees of Freedom
MI-Partners has developed a new active 6 degree-of-freedom vibration isolation platform.
In close cooperation with Bosch Rexroth a gantry stage demonstrator is developed to be exposed at semiconductor fairs.
A rebuild of the Bosch Rexroth demonstrator was made with the addition of force cancellation, developed to optimize machine performance.
An improved setup was designed and built to test the strength of glass components in X-Ray sources for medical applications.
For a high-tech application, several small components need to be aligned accurately and glued together.
A seismic vibrator, capable of applying low frequency forces repeatable to the ground, was developed and built.
A new linear hybrid actuator for active force cancellation was developed.
An industrial Book Stack Unloader was developed and built for unloading papers per book from an industrial printer (HP).
For a lightweight 450mm wafer chuck a set-up was designed and built to test smart actuator placement.
A low cost trailer with the Hapert quality and look was designed for the private market. Focus was on mass and costs reduction.
An industrial machine was developed and built for testing Diffractive Optical Elements (3D sensors for e.g. gaming).
A design-in of the SCIL® nano-imprint technology was developed for integration in the MA6 of SÜSS MicroTec.