Laser & Light sources
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Laser & Light Sources

The number of applications in which lasers and light sources are used is growing very rapidly. Therefore, the development of new laser sources and the optimization of already established lasers is one of the main tasks in the field of photonics.
Today, lasers play an important role in numerous applications, ranging from measurement and biotechnology to material processing. Accordingly, lasers with different wavelengths, power levels, sizes, shapes, etc. are needed. Laser 2000 offers a wide range of different laser light sources for industrial and scientific applications.

LED and broadband light sources are applied in molecular analysis, cell research, industrial imaging, forensics, color measurement and patient care.



The MTL-5 is a compact, user-friendly, bench-top, Transverse Excited Atmospheric (TEA) Pressure pulsed CO2 Laser.

The modern and compact MLI Excimer Laser series from MLase are UV light sources at 193 nm or 248 nm with high pulse energies up to 16 mJ and repetition rates up to 1,000 Hz !

CRL-DPSS-UV-IR-pulsed

The Q-Switched Series breakthrough technology enables optimum performance with the lowest power consumption available.

CNI-Diode-Laser

The CNI series cw diode lasers are available with nearly all commercial available wavelengths.

Compact diode laser modules without compromises for industrial integration and scientific applications.

AMS-VCSEL-overview

VCSELs (Verical Cavity Surface Emitting Lasers) are laser diodes that emit their light vertically from the chip surface. Here you can find an overview of our VCSEL products.

LTL-Lithium-Six-525

Lithium Six 525 is a frequency doubled green laser that emits femtosecond pulses with high average powers up to 3.5 Watt.

LTL-Lithium-Six-1050

Lithium Six 1050 emits femtosecond pulses with central wavelength at 1050 nm and peak powers up to the megawatt level.

This exciting new 920 nm femtosecond laser is the next generation of fiber-based technology which is enhancing multiphoton imaging with higher resolution and faster acquisition at significant depth.