Laser solutions for Spectroscopy

Low power, single frequency diode lasers are ideal for the most common Raman spectroscopy set-ups, while high energy diode-pumped solid state laser (HiEN-PULS), open the possibility to step into all coherent Raman spectroscopy applications as well as remote Raman spectroscopy.

  • Raman
  • LIBS
  • CRDS

Technical parameters

Raman Spectroscopy

narrow linewidth

532 nm / 785 nm / 1064 nm

< 1 W for microscopy application

high energy SSL for remote Raman spectroscopy

diode laser as well as diode-pumped SSL


single or dual wavelength 532 nm / 1064 nm
< 10 mJ to create a plasma Q-switched diode-pumped SSL

Cavity ring-down Spectroscopy

narrow linewidth (and tunable system)
680 nm – 1064 nm (depending on the trace gas)
diode laser as well as diode-pumped SSL

760-765 nm oxygen detection
767 nm K-Spectroscopy (D2)
780 nm Rb-Spectroscopy (D2)
795 nm Rb-Spectroscopy (D1)
852 nm CS-Spectroscopy (D2)
922 nm Sr-Spectroscopy
953 nm Yb-Spectroscopy
953 nm Water-Spectroscopy

Related Products

Discover our lasers for Spectroscopy Applications. We also provide laser solutions to customer specific needs. Fill out the form below for more information.

High Energy Solid State Lasers

High Energy Solid State Lasers

High energy solid-state laser solutions using Nd:YAG or Nd:YLF as active mediums. Unprecedented laser properties in IR, green and UV
Fiber-Coupled Lasers

Fiber-Coupled Lasers

Low and high power fiber-coupled diode lasers, based on diode laser stacks, mounted with Monocrom Solder-free laser bar Clamping™ technology.
Single Emitters

Single Emitters

Low power laser diode modules based on single emitters.
Diode-Pumped Solid State Lasers

Diode-Pumped Solid State Lasers

Diode-pumped solid-state lasers with low cooling requirements and excellent beam quality including MOPA and MULTIPATH laser systems

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