Products
- CW DPSS lasers
- 04-01 Series
- Cobolt Twist™ 457 nm
- Cobolt Blues™ 473 nm
- Cobolt Calypso™ 491 nm
- Cobolt Dual Calypso™ 491+532 nm
- Cobolt Fandango™ 515 nm
- Cobolt Samba™ 532 nm
- Cobolt Jive™ 561 nm
- Cobolt Mambo™ 594 nm
- 05-01 Series
- Cobolt Zouk™ 355 nm
- Cobolt Samba™ 532 nm High power
- Cobolt Jive™ 561 nm High Power
- Cobolt Flamenco™ 660 nm
- Cobolt Rumba™ 1064 nm
- Diode Laser Modules
MLD Series - Cobolt MLD™ 405 nm
- Cobolt MLD™ 445 nm
- Cobolt MLD™ 473 nm
- Cobolt MLD™ 488 nm
- Cobolt MLD™ 515 nm
- Cobolt MLD™ 640 nm
- Cobolt MLD™ 660 nm
- Light Engine Capabilities
- Cobolt Dual Combiner™
- Cobolt Modulated Dual Combiner™
- Cobolt Fiber Pigtailed DPSS Lasers
Cobolt Fandango™ 515 nm
The Cobolt Fandango™ 515nm is a continuous
wave (CW) diode-pumped solid-state (DPSS) laser.
It is a single-longitudinal-mode laser with high level of stability, low noise, very narrow spectral bandwidth and a perfect quality beam over a wide range of operation temperatures. The Cobolt Fandango™ 515nm laser is based on proprietary PPKTP technology which provides improved power efficiency, large wavelength flexibility and multi-line emission possibility.
It is a single-longitudinal-mode laser with high level of stability, low noise, very narrow spectral bandwidth and a perfect quality beam over a wide range of operation temperatures. The Cobolt Fandango™ 515nm laser is based on proprietary PPKTP technology which provides improved power efficiency, large wavelength flexibility and multi-line emission possibility.
Available wavelengths on the same platform: 457nm, 473nm, 491nm, 491+532nm, 532nm, 561nm, 594nm.
Links
Heatsinks and Fiber Coupling Options for Cobolt Fandango™ 515nm laser
Literature downloads
Data sheet Cobolt 04-01 lasers.pdf
Owners Manual Cobolt 04-01 lasers.pdf
Fiber-pigtailed option Cobolt 04-01 lasers.pdf
Software downloads
- Compact green DPSS laser
- CW output power 25, 50, 100, 150 mW at 515 nm
- Single longitudinal mode
- Narrow spectral bandwidth
- High quality laser beam, TEM00
- Low noise <0.25% rms
References
L.Kaestner et.al. Novel 515 nm DPSS laser. Focus on Microscopy 2008
Fluorescence microscopy of living cells using new 515 nm DPSS lasers, Photonik International Magazine, March 2009.
