Laser cutting and routing of printed circuit boards

Our specialized expertise in laser routing provides the optimal solution to meet the demands of delicate and complex structures. With the finest and most precise laser cuts, mechanical stress is reduced, and damage is avoided.

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How does laser routing work?

The routing of rigid and, above all, flexible PCBs is a standard process in the production of modern electronics. We rely almost exclusively on cutting-edge USP laser technology for routing processes, enabling residue-free and exceptionally fast processing.
The rapid movement of the substrate combined with ultra-short laser pulses significantly reduces the heat-affected zone compared to conventional methods.

Through the rapid movement of the substrate and ultra-short laser pulses, the heat-affected zone is significantly reduced compared to conventional methods.

What are the advantages of laser cutting of flexible printed circuit boards and IC interposers?

We are your strong partner – from the feasibility study to selecting the optimal process machine and determining the appropriate level of automation – all from a single source.

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Precision & quality

Cuts and smallest radii in the micrometer range without mechanical residues.

Protection of materials

Thanks to the minimal heat-affected zone, deformation and damage are avoided.

Variety of materials and flexibility

Versatile Material Selection and Easy Adaptation to Designs and Materials.

Efficiency and productivity

No Set-Up Times or Tool Changes, Leading to Reduced Production Costs.

Environmental friendliness

Precise cutting increases the yield on the PCB and reduces waste.

What Is Laser Routing Used For?

The increasing demand for smaller, faster, portable, lighter, and more powerful devices continuously drives PCB manufacturers to innovate. To meet these requirements, more and more manufacturers are turning to advanced laser technology, specifically for cutting and routing flexible PCBs (FPCs) and IC interposers.

Unlike traditional mechanical methods, lasers are capable of producing the finest and most precise cuts. This contactless process reduces mechanical stress and damage, which is critical for delicate and complex structures.