The variety of laser parameters provided by neoLASE products can be applied on a wide range of laser applications. This extends from fundamental research like gravitational wave detection up to pico- or femtosecond laser micromachining applications.

Within laser micromachining applications the available laser pulse durations and output powers are limited. The unique, modular concept of neoLASE can close this gap to provide the best value for money solution.

For further information see neoLASE article “cool laser pulses”, learn about how to configure a neoLASE laser system or check the Laser-Matrix showing our laser parameter sets.

• klick to download

Ultra Short Pulse “UKPL” Innovation Network

Laser, a solution looking for problems to solve” Comparable to the development of the laser more than 50 years ago, today only a small part of interesting and high potential short and ultra-short pulse laser applications are implemented. Cause of a missing transfer into a flexible and easy to use production technology many potential applications in small to medium enterprises are not identified jet. The UKPL network was established to focus on this topic and to bring ultra-short pulse laser technology into a wider range of applications. You will find an overview of applications in the UKPL brochure (multimedia online version) or let us know what your requirements are.

SMAART Smart modular all-in-one robust laser machining tool

With the presentation of the SMAART project, the most important feature of the UKP lasers should be emphasized, namely the non-contact treatment with pulses that are so short that no significant heat conduction takes place. This opens up a large field of application for the production of micro components for various industries, such as medical, textile and watch industry, and the technology also has the potential to replace energy-intensive, ecologically questionable processes. Another major advantage of the USP technology is the high compatibility with a plant automation. The laser parameters required for the machining process can be checked from the NC control and synchronized with it.