The innovative online process control GZ US-Plus® enables non-contact process monitoring for curing control on cross-linking plastics such as composites (glass fibre and carbon fibre reinforced plastics), free-flowing granulates, casting resins, BMC/SMC, adhesives (epoxy resins), etc. The mode of operation of the online process control is based on ultrasonic measurements. GZ US-Plus® allows statements to be made about differences in curing properties and flow behaviour compared to reference values or other batches, as well as about deviations in production parameters. By analyzing the measurement data, the optimum process parameters can be determined. In this way, curing times can be minimized, rejects avoided and the quality of the production process documented.

Magos smashes the benchmark for highest finger interaction quality in virtual training and simulation applications, enabling lifelike interactions with the digital world via human fingers. Being the only solution that changes the whole experience, as it moves training from an unrealistic or even negative event to a real experience! The company has been working with large corporations in aerospace and defense and healthcare in the North America and EU showing impressive interest and potential. Of high importance (for side products) is the generation of (reliable and highly accurate) motion data that can be utilized to deploy applications either in XR (training validation, knowledge or in other markets (robotics, healthcare other).

DIENES systems cover the complete process from spinning the fibres to the finished drawn yarn. A selection of DIENES MultiMode® modules is available for each process step, which can be equipped with additional equipment (e.g. yarn tension measurement on a Duo). An adaptation of the DIENES MultiMode® modules to your specific process parameters is possible at any time. We will be pleased to advise you which DIENES MultiMode® modules are best suited for your process. Due to the modular design, we can take specific customer requirements into account and it is possible to expand the system at a later date without any problems. Furthermore, modules from other manufacturers can be integrated. Examples of realized plants: - Wet-spinning plant for the production of carbon precursor - Plants for oxidation, carbonization and activation of carbon precursor - Various melt spinning plants (Mono and Biko) - Nanofibre spinning plants among others