Tunable Lasers

We offer two types of tunable lasers; CW & Q-switched. All tunable lasers are based on OPO technology covering VIS – MIR wavelength ranges. Wavelength Opto-Electronic is the partner of HÜBNER Photonics and Cobolt brand of lasers for Singapore, Malaysia, and Thailand.​

C-WAVE modelTuning RangeOutput Power
C-WAVE VIS Low Power450 – 525 nm
540 – 650 nm
900 – 1050 nm
1080 – 1300 nm
up to 200 mW
up to 200 mW
up to 400 mW
up to 400 mW
C-WAVE VIS High Power450 – 525 nm
540 – 650 nm
900 – 1050 nm
1080 – 1300 nm
up to 500 mW
up to 500 mW
up to 1 W
up to 1 W
C-WAVE GTR500 – 750 nm
1000 – 1500 nm
1700 – 3500 nm
up to 1 W
up to 1.5 W
up to 2 W
C-WAVE IR Low Power900 – 1050 nm
1080 – 1300 nm
up to 400 mW
up to 400 mW
C-WAVE IR High Power900 – 1050 nm
1080 – 1300 nm
up to 1 W
up to 1 W
C-WAVE NIR1000 – 1500 nm
1700 – 3500 nm
up to 1.5 W
up to 2 W
ProductWavelengthPower
Cobolt Odin™3264 nm*> 80 mW @ 10 kHz
Cobolt Odin™3431 nm*> 80 mW @ 10 kHz
Cobolt Odin™4330 nm*> 60 mW @ 10 kHz

C-WAVE

Cobolt Odin™

The C-WAVE tunable laser is a widely tunable continuous wave (cw), single-frequency laser light source based on optical parametric oscillator (OPO) technology. It offers total computer-controlled emission tuning across the visible and near-infrared wavelength range.

  • Wavelength coverage from 450 nm up to 3.5 µm
  • Up to 250 nm gap-free tuning range in the visible 
  • Single frequency operation with < 500 kHz typical linewidth
  • Output powers up to Watt-level

The Cobolt Odin™ Series is an ultra-compact and industrial-grade mid-IR source based on a fully contained temperature tunable Optical Parametric Oscillator (OPO) with an integrated pump laser.

  • Wavelength selectable 3,1 µm – 4,6 µm
  • Standard wavelengths 3264 nm, 3431 nm, & 4330 nm
  • Tunable up to 50 nm
  • Up to 80 mW at 10 kHz
  • Narrow bandwidth <0.3 nm
  • Ultra-robust, hermetically sealed packages, proven reliabili
  •  

Product Page Contact Form

We suggest using your organization’s email with its own domain (if any).

For more products and information, click here.