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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

InnoSlab

CO2 lasers

Fibre lasers

Short and ultrashort pulse lasers

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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. 

Green laser on a mountain top

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. 

Attosecond spectroscopy

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

THz generation

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

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.

Amplification of laser pulses

Due to their high average power and repetition rates, fibre lasers are perfectly suited as front-ends for amplifier systems.

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.

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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. 

TRUMPF Laser SE
Dr Björn Dymke, Managing Director 

TRUMPF Scientific Lasers GmbH + Co. KG
Dr Thomas Metzger, CTO

AMPHOS GmbH
Dr Claus Schnitzler, CEO

Access Laser Co.
Gordon Bluechel, CEO & Managing Director

Active Fiber Systems GmbH
Bettina Limpert, CEO

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

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