Our 505 nm lasers

Here are our selection of solid state 505 nm lasers. Choose between diode lasers with powers up to 300 mW and tunable lasers. Perfect for interferometry, Raman spectroscopy and holography.

Cobolt 06-01 Series

Plug & play modulated CW lasers

Wavelength: 375 nm – 975 nm
Power: 40 mW – 400 mW
Applications: Microscopy, flow cytometry, optogenetics
Plug & play modulated CW lasers

Cobolt 06-01 Series offers lasers over a large wavelength range in a compact plug and play format. The Series consists of high performance fixed wavelength diode laser modules (MLD) and diode-pumped lasers (DPL). High speed direct modulation capability and true off during modulation makes them ideal for applications in bioimaging and quantum technologies.

375 nm - 975 nm, up to 400 mW

Fully integrated electronics

Integrated clean-up filter on all diode wavelengths

Digital & analog modulation with true OFF during modulation (>70 dB)

Fiber pigtailed configuration available

Compatible in the C-FLEX Laser Combiner

Ultra-robust, proven reliability

24 months warranty and < 2 weeks standard lead time

Applications
Perfect for fluorescence microscopy, flow cytometry, optogenetics, colorimetry, quantum technology, DNA sequencing.
Details
C-WAVE Series

The cw tunable laser light source

Wavelength: 450 nm – 1900 nm
Power: 200 mW – 1000 mW
Applications: Nanophotonics, quantum research, Raman (TERS)
The widely tunable laser light source
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 full computer controlled emission tuning across the visible and near-infrared wavelength range.

Widely tunable VIS & NIR

Output power up to 500 mW (VIS), up to 1 W (IR)

CW, single frequency, < 1 MHz linewidth

Up to 40 GHz mode-hop-free tuning

AbsoluteLambda™ for C-WAVE enables precision and automatic frequency control with accuracy up to 2 MHz

No consumable components

Computer controlled, automatic tuning

Overview of models

Applications
Nanophotonics, high resolution spectroscopy, holography, Raman spectroscopy, Quantum technologies.
Details