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Lasers from the Dira series deliver pulses with picosecond durations and pulse energy of up to 200 mJ – the highest pulse energy rate that can currently be generated using a regenerative amplifier.

Optical parametric amplifiers have established themselves as a high-performance tool for generating broadband light pulses with few cycles. They are currently the only means of generating such pulses at the multi-mJ level.

TRUMPF Scientific Laser gives customers various tools for integrating and optimizing laser systems – such as femtosecond pulse synchronization, customized laser head controls, delay generators and optical components.

Ultra-short laser pulses are ideal for removing dielectrics. The high output power of AMPHOS laser systems results in high ablation rates. Research has shown that ablation rates are linearly scaled with output power.

An innovative process for 3D structuring of transparent parts is the so-called "selective laser etching" (ISLE - In Volume Selective Laser Etching). In a first step, the material is modified using fs laser radiation. The second step removes the modified volume using a standard etching process.

AMPHOS laser systems are ideal for processing composite materials. The non-linear absorption process means that different types of material can be removed with the same high quality. CFRP or GRP materials can then be machined at the highest ablation rates of 2 to 3 mm² / s at 150 W power.

Access Laser's industrial, laser products are used worldwide for industrial cutting, welding, marking and coding. The lasers have also proven themselves in dental surgery and in the field of skin resurfacing.

Our industry-leading family of stabilized lasers delivers high power while maintaining a 2% accuracy wavelength – in both fan- and water-cooled configurations. For example, Access Laser provides unrivalled performance in kiss cutting (selective depth), thin film ablation and fibre optic fabrication.

Stabilized Access lasers are suitable for a wide range of scientific applications. The lasers open up a wide range of research and development options for areas such as spectroscopy, trace gas and breath analysis as well as environmental monitoring.