Project InTranceProblem / Solution approach At  present,  components  of  injection  moulded  products  are  marked  in  a 

Project TransMLProblem Statement / Approach to Solution The aim of the TransML qualification concept is to improve the training and education of skilled workers and young academics in the field

WASABIProblem Statement Permanent operating point monitoring In situ quality control Efficient process adaptations Loss of knowledge on start-stop production processes due to the

BiokraftTriCObject of research C-based thin films without / with doping (ta-C, a-C:H, a-C:H:Si, a-C:N, etc.) Raman spectroscopy on C-films Characterisation of different biofuels and

BUNTObject of research Biogenic functional and structural materials Assessment of biomass (lignin, cellulose, hemicellulose) Thermal and chemical treatment of biomass Adapted pyrolysis of

EleiKObject of research Integration of a heating function into a classical wooden material (e.g. plywood) Development of an innovative functional bonding agent layer that is electrically

FuriXResearch Topic Development  of  a  semi‐finished  project  made out of decorative layers (for example:  real  wood 

NextMouldResearch topic Development of hybrid energy-efficient aluminum injection moulding tools through electric arc additive and friction stir welding, as well as deposition of thick

Large Tempered Moulding Tools (TemGro) Object of research The generation of a near-contour temperature control The design of large-format moulds (bumper, container, etc.) with near-surface

Plastic packing Unique Device Identification System (PUDIS)Subject of research The aim of the project is to develop a PUDIS marking and decoding system and to integrate it into the injection