Our 561 nm lasers

HÜBNER Photonics prides itself on having a wide range of technologically advanced lasers. The continuous wave (cw) 561nm laser by Cobolt is just one of these, our tunable lasers are also available at 561 nm.

Lasers operating at 561 nm have been around for over a decade, typically they are based on diode pumped solid state laser (DPSSL) technology and are the modern day alternative to the more traditional Argon ion laser at 568 nm. For scientists who would like more space in their system or on their optical table, the solid state alternatives offer just that, in addition to reducing the electricity consumption and water usage bills. The high quality beam that it offers is excellent for multiple applications making it a very versatile laser type. These types of lasers offer a quality beam, stable power and low noise.

Which 561 nm laser by Cobolt to choose?

Ranging in cw powers from 25 mW up to 500 mW, Cobolt offers multiple variants ranging from the original Cobolt Jive™, the single frequency laser of choice for high power applications, to the 06-DPL 561nm laser which can be modulated up to 10 kHz through to the 08-DPL 561 nm with integrated optical isolator for Raman spectroscopy applications. Whatever the 561 nm laser chosen, they all come manufactured with our propriority method of HTCure™ for robustness and reliability.

• Cobolt Jive™ 561 nm laser: 25 mW – 500 mW, cw single frequency laser, linewidth <1 MHz
• 06-DPL 561 nm laser: 25 – 100 mW, cw single frequency laser, modulatable up to 10 kHz, power stability <2%, rms noise <0.3%
• 08-DPL 561 nm laser: 25 – 100 mW, cw single frequency laser, linewidth <1 MHz

Why choose a 561 nm laser by Cobolt?

The excellent power stability, very low rms noise and perfect TEM00 beam quality will meet all the requirements of most applications.

Other 561 nm lasers from HÜBNER Photonics

If you are after tunable laser light then then the C-WAVE is the perfect CW, source. The single frequency out put and perfect TEM00 beam profile make it perfect for challanging research applications.

Applications for the 561 nm laser?

• Fluorescence microscopy
• Flow cytometry
• Quantum