Applications

Glass is a challenging material due to its brittleness and heat sensitivity. Our femtosecond laser technology offers unmatched flexibility, enabling microdrilling from 1 μm to 100 μm, precise microcutting, and high-quality surface structuring.

With FULL GHz Burst modulation, hole geometry can be finely controlled — from straight to V-shaped vias — ensuring superior precision and surface quality. We achieve features up to 2 mm deep with clean edges and no cracks, delivering consistent results across all glass types.

Processing metals such as steel, copper, advanced alloys, and precious metals like gold and silver requires both precision and speed. Our femtosecond laser technology delivers high-speed micro-processing, enabling clean, burr-free cuts and luxury-grade surface markings with a bright, uniform finish. Thanks to FULL Burst Modulation The system also allows surface polishing and fine texturing, ensuring superior results for industrial components and highend decorative applications.

Polymers are challenging to process due to their sensitivity to heat and tendency to deform under conventional machining. Our femtosecond laser technology overcomes these limitations, enabling micro-drilling down to less than 1 µm with consistent, reproducible results. Thanks to total process control and flexible pulse modulation, we can perform microprocessing with high precision and reliability across a wide range of polymers.

Advanced 3D nanoprinting (TwoPhoton Polymerization) further allows the fabrication of submicron 3D structures, expanding the possibilities for precision additive manufacturing in polymers.

Semi-conductors are brittle. Some, like silicon carbide, are also highly thermally conductive making fast and precise processing even more challenging.

Our femtosecond laser technology achieves high-speed ablation and precise cutting, delivering clean, burr-free edges and exceptional throughput. With FULL control over pulse energy and burst modulation, we enable efficient, reproducible processing even on the most demanding semiconductor materials.

Our femtosecond laser technology also excels on complex and advanced materials, including composites like carbon fiber, multi-layer laminates, and hybrid materials. With FULL GHz Burst modulation, we achieve highly precise cuts, microdrilling, and surface structuring, even on delicate multi-layer materials where we can target a single layer while preserving the others, delivering consistent, high-quality results.