New nozzle and fibre laser solution enables compressed air cutting, lowering gas costs and improving productivity in automotive manufacturing.

TRUMPF introduces AI-assisted laser welding for copper conductors and busbars, improving efficiency, reliability and series production of electric vehicle power electronics.

Gestamp and TRUMPF develop industrial laser welding technology for coated high-strength steels, enabling faster joining and improved quality in automotive structural components.

TRUMPF presents laser etching and plasma power technologies designed to improve efficiency, process stability, and cost control in semiconductor manufacturing.

Lasers replace chemical processes to prepare adhesive bonds and coatings for electromobility and provide corrosion protection for aluminum components, ensuring greater sustainability.

EKPO equips a production line with fiber lasers to meet global fuel cell demand, welding ultrathin 75–100 μm plates for efficient coolant flow.

The company increased UKP laser power to 300 watts and added real-time control, enabling precise, industrial-scale production of films, displays, and membranes.

Pressure-tight aluminum welding in large-scale production? No problem for hago—thanks to TRUMPF technology proven in gas-tight stainless steel welding, now adapted for aluminum.

Artificial intelligence in VisionLine Inspect reduces waste and costs in battery production for e-cars and body construction, with no programming skills required.

The two companies are developing AI chips and software to improve welding, cutting and marking processes. The technology is intended for more efficient laser applications to accelerate production.