drilling

The study requested is a preparation for a possible research and development project of a product that can perform fast separation and inactivation of biological fluids. Proteins, peptides and metabolites are rapidly degraded after extraction, which causes large problems for both academic and industrial protein research. In this study, Imego will investigate the feasibility of fabricating low-cost glass and polymer chips that combine microfluidic separation with Denator’s proprietary preservation technology.

Sensors and actuators based on metallized polymers, precision micro injection moulding, environmental testing
website: www.uni-stuttgart.de/izfm

Manufacturing processes and simulation
Contact and non-contact reverse engineering
Rapid product development
2D and 3D metrology systems
Advanced materials mechanical characterisation
Metallographic analysis
Nondestructive testing and evaluation
Intelligent sensor systems

The company searched BUTE, that it would like to produce microparts at the University. The problem was that we had to produce very small pieces. The biggest diameter of parts was 1.6 mm, and the length was 4 mm. We had to do two bores in the pieces. One of bores was 0.5 mm, and the other one was 0.7 mm. And we needed to keep the serious tolerance, for example concentricity.
The University was dealing with similar workpieces. The our tasks were the choice of tools, determination of technology and definition of proper manufacture parameters.

Various laser systems for ablation, soldering, welding, marking, adjustment, sintering, stereolithography, LOM.