Description
Fiber-coupled diode lasers are among the least expensive and most efficient beam sources for cw laser applications; they are widely used, for example, in the hardening, soldering and welding of metals. Fraunhofer ILT develops diode lasers for tailor-made optical systems that meet high requirements. With its own self-developed as well as commercial software tools, the institute models and optimizes complex laser systems. Direct diode lasers with kW optical output power are a cost-effective alternative to fiber lasers in cutting applications. The stabilized emission spectrum and beam quality of the diode laser can also be used to great advantage in pump applications for multi-kW fiber lasers or ultra-short pulse lasers. In addition to targeted beam shaping, the institute also focuses its R&D activities on developing fiber coupling and wavelength stabilization of diode lasers. The range of services it offers includes R&D in the field of design and simulation, experimental investigations of laboratory samples, the development of industry-oriented, certified prototypes and comprehensive technology consulting as well as market and feasibility studies.
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Frequently Asked Questions
Diode lasers are used in applications such as hardening, soldering, welding, cutting, and pump applications for fiber lasers or ultra-short pulse lasers.
Yes, direct diode lasers with kW optical output power are a cost-effective alternative to fiber lasers in cutting applications.
Fraunhofer ILT offers R&D in design and simulation, experimental investigations, development of prototypes, technology consulting, and market and feasibility studies for diode lasers.
Diode lasers can have optical output power in the kW range.
Yes, in addition to beam shaping, Fraunhofer ILT also focuses on developing fiber coupling and wavelength stabilization of diode lasers.