Scientific lasers

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As an industry leader in laser research and development, TRUMPF supplies a wide range of laser beam sources using InnoSlab, fibre, gas and disc technology. The technological diversity facilitates the use of unique laser parameters and flexible solutions for scientific applications in (bio)medicine, electronics and fundamental research.

Fresh inspiration for science

Are you looking for new solutions for your research? Our state-of-the-art lasers offer precise and reliable performance to help researchers and scientists in various disciplines to make groundbreaking discoveries and perform complex experiments.

Ultrashort pulse disk lasers and pulse compression

With the Dira series, TRUMPF Scientific Lasers offers the world's most powerful regenerative amplifiers for science and research. Our portfolio includes bespoke picosecond and femtosecond lasers which deliver pulse energies up to 1J at kHz repetition rates, based on the established TRUMPF disk laser technology.

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InnoSlab

AMPHOS develops and manufactures high-power ultrashort pulse lasers. Based on InnoSlab amplifier technology, laser systems are produced with an output power of up to 1000W, a pulse energy of 20mJ, and a pulse duration of < 1ps. Wavelengths from UV to IR are available. Applications include the field of basic research and in the material processing sector. The extensive vertical integration of seed lasers, from amplifiers to system technology, enables bespoke solutions.

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CO₂ lasers

Access Laser offers high-power infrared light sources for researchers and OEMs. Our lasers help to find solutions in industries including biomedical diagnostics and LiDAR chemical identification. This technology is enabling us to achieve breakthroughs in applications such as the production of metamaterials for GaN semiconductors, graphene and the next generation of consumer electronics.

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Fiber laser, post-compression & frequency conversion

AFS develops and manufactures customised ultrashort pulsed laser systems for scientists worldwide. The entire spectral range from 10nm (XUV) to 18µm (MIR) is covered by proprietary secondary beam sources. AFS also supplies unique thulium-based industrial lasers at 2µm centre wavelength, which are currently used primarily in the semiconductor industry.

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Short and ultrashort pulse lasers

Short and ultrashort pulse lasers from TRUMPF offer scientists and researchers extremely stable, powerful tools for basic research applications. The TruMicro series includes a wide range of lasers with pulse durations from nanoseconds (ns) to picoseconds and femtoseconds (ps and fs). These lasers enable high-precision material processing, whether for cutting, drilling, ablating or structuring a wide variety of materials.

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Contact us today – let's realise your vision together!

Discover how our state-of-the-art lasers can boost your scientific projects – contact us for a no-obligation consultation.

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Diverse laser technology applications in research

The application of laser light has proven to be an extremely versatile and powerful method that can be used in numerous scientific fields, from biomedical imaging to non-linear processes, spectroscopy and beyond – the applications of laser technology are almost limitless. Draw inspiration from the applications and explore new ways laser light can support your scientific goals.

How the laser prevents lightning strikes

Preventing damage caused by lightning strikes is one of the aims of the EU's "Laser Lightning Rod" project. TRUMPF has developed a special laser for this purpose. High-intensity laser pulses are used as lightning conductors on Säntis, a Swiss mountain.

Generation of higher harmonic radiation

High Harmonic Generation (HHG): Focused ultrashort laser pulses generate spatially and temporally coherent extreme ultraviolet radiation with pulse durations in the attosecond range. © Johannes Schötz, Ludwig-Maximilians-Universität München and Max Planck Institute of Quantum Optics

Attosecond spectroscopy

Attosecond pulses can be used to analyse fundamental processes in atomic physics, quantum chemistry, biology and medicine. © Roman and Maxim Bergues

THz generation

Ultrashort laser pulses can generate light pulses in the THz range, which are used for research into materials science. © Dr Martin Saraceno

HHG beamlines for spectroscopy and imaging in EUV/XUV

HHG and cavity enhancement: The fibre-based ultrashort pulse lasers from AFS, combined with pulse post-compression methods, are ideal for generating higher harmonic radiation. These HHG beamlines can be used for spectroscopy and imaging in EUV/XUV.

Enhancement resonators

Due to their high average power and pulse repetition frequencies, fibre lasers are perfectly suited as front-ends for enhancement resonators.

Fusion research

CO2 lasers with stabilised wavelengths and powers are indispensable tools for plasma density control systems such as those used in ITER, the world's largest fusion experiment.

Contact us today – let's turn your vision into reality!

Discover how our state-of-the-art lasers can boost your scientific projects – contact us for a no-obligation consultation.

Get in touch now

Who is behind TRUMPF's science lasers?

TRUMPF Scientific Lasers, ACCES, AMPHOS and AFS supply the best laser solutions for science. By collaborating with leading partners, we at TRUMPF are able to develop and manufacture bespoke laser systems for scientific applications. By harnessing innovative ideas, our management team and employees create new technical solutions for your cutting-edge technologies.