At Laser Technology Janssen bv, innovation and perfection are at the core of what we do.
With our advanced ultrashort pulse lasers, we process materials with unparalleled precision, whether flat or round, without thermal distortion or burr formation.
With our advanced ultrashort pulse lasers, we process materials with unparalleled precision, whether flat or round, without thermal distortion or burr formation.
This technology opens the door to microprocessing at the highest level, where traditional techniques fall short.
What is ultrashort pulse processing?
Ultrashort pulse processing uses laser pulses in the femto- or picosecond range.
The pulses are so short that the material is instantly vaporized without significant heat transfer to the surrounding area.
The pulses are so short that the material is instantly vaporized without significant heat transfer to the surrounding area.
This phenomenon is also known as "cold material processing."
The result?
Crisp structures, smooth cutting edges, and no melting zones or microcracks.
Why ultrashort pulse processing?
- Micron accuracy:
Ideal for microstructures, thin films, and sensitive components.
- Minimal thermal impact:
No discoloration, distortion, or degradation of material structures.
- Wide applicability:
Suitable for metals, ceramics, glass, sapphire, polymers, and composites.
Material thicknesses starting from 0.005mm.
- Contactless and wear-free:
No tool wear, consistent quality.
Typical Applications
- Microchannels and micro-drillings in medical instruments.
- Structuring of functional surfaces, such as anti-reflective, hydrophobic surfaces, or for optical purposes.
- Precision slots and openings in electronics and semiconductors.
- Glass processing without cracks or splinters.
Our Technology
Laser Technology Janssen bv has state-of-the-art ultrashort pulse (UKP) laser systems with femtosecond precision.
Combined with high-quality motion control, we are able to create highly complex geometries,
fully reproducible in 2D and 2.5D.
Combined with high-quality motion control, we are able to create highly complex geometries,
fully reproducible in 2D and 2.5D.