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- Overall coordination of the HUB.
- Assessment of novel lasers sources and other components for laser-based manufacturing.
- Development and validation of new approaches in thin-film scribing for CIGS solar cells
- Development of laser technologies on polymer metallization for 3D interconnects.
- Validation of processes with end-users
Capabilities | Website
- In collaboration with FTMC and end-user ASNT, developing new laser processing approaches for PV on flexible substrates.
- In collaboration with LUT, developing of in-situ measuring techniques.
- In collaboration with BUAS, DG and SWG, developing of laser patterning of surfaces with high lateral and vertical resolution for printing applications.
- Evaluation of new components for laser materials processing.
Capabilities | Website
- Optimization of synchronized galvoscanners and their adaptation to new laser systems.
- Combination of synchronized scanners with additional mechanical axes.
- Optimization of machining parameters and strategies to achieve highest available throughput.
- Optimization of ultra-short pulsed fiber laser systems and their integration into machines.
- Process development and optimization for laser thin-film structuring; in particular CIGS solar cell scribing.
- Validation of commercially available fiber beam delivery systems.
- Evaluation and optimization of short pulse (fiber) delivery systems.
Capabilities | Website
- Development of process controlling system based on monitoring signals.
- Validation of novel laser beam sources.
- Workshops for industrial laser users.
Capabilities | Website
- Laser scribing for CIGS on metallic substrates.
- Laser metallization for photovoltaics and flex electronics by LIFT.
- Laser texturing and characterization of textured surfaces.
Capabilities | Website
