Together, we innovate your production.
Zenna Laser Solutions designs and builds cutting-edge industrial laser machines for laser cutting, welding, and marking purposes. For over three decades, we’ve developed client-specific laser systems for industries worldwide, including the markets for cutting abrasives, airbags, and cathode foil for solid-state batteries, cutting and carving prototype tyres, welding isolating pillow plates, and marking insulation wool. Zenna also engineers precision laser machines for cutting optical film and thin metal foil.
Our key success drivers are increasing capacity, full automation, and enhancing product quality by combining laser, robot and vision technology. Backed by a dedicated engineering team, we deliver on our promises with innovative solutions using both new and proven technologies, continuously increasing automation and therefore realising cost reduction.
For over three decades, Zenna has developed and delivered customized systems for clients worldwide, serving a wide range of industries, including:
- Cutting abrasives
- Cutting airbags
- Singulating cathode foil into discrete parts for solid-state batteries
- Welding isolating pillow plates
- Marking insulation wool
- Optical film
- Thin metal foil
Contact us today for a free consultation to discover how our advanced laser solutions can transform your manufacturing processes with precision and innovation.
Markets
Abrasives converting relied on knife slitters and die punchers until Zenna launched a laser line for fiber discs in 2000, followed by a wide web line for "multi-hole" discs a decade later.
Airbag fabric and industrial textiles are costly materials that require specialized cutting equipment. Dedicated nesting software minimizes waste and ensures precise cuts.
There is a worldwide growing interest in branding mineral wool panels with firm logos, grids, and R-values. Laser marking is the solution!
Innovative solid-state batteries use small lithium sheets with sensitive ceramic layers. Laser cutting ensures consistent quality, high edge precision, and traceable inspection data.
Laser carving enables fast and precise creation of tread patterns in prototype tyres. It offers high flexibility, repeatable quality, and reduces the need for mechanical tooling.
