Spectra Physics Cyan Laser System 488nm 23mW Single Frequency SLM Holography NEW

Description

This auction is for a Newport Spectra Physics 488nm 20mW Cyan laser system.  These are new in the box with factory test data sheets.
This is a complete system including the Cyan 488nm Laser Head, Cyan Controller, and laser head to controller cable.
All that is needed to operate is a 12V 8A DC power supply and a heatsink for the laser head.
These systems operate Single Longitudinal mode aka SLM or Single Frequency, so are ideal for applications like Holography, Interferomery, Raman Spectroscopy.
I tested one on my 2 GHz scanning fabry perot interferometer, and they are rock solid SLM stable.  These output around 23mW at 488nm.
These are very low noise, and use very little power once locked.
These come packaged in original factory boxes.
Please ask if you have any questions.
Buyer to pay shipping.
Thanks for looking!
Quantity available
The Spectra-Physics Cyan™ Scientific CW 488 nm laser provides researchers with unprecedented beam quality and reliability at power levels of 10-100 mW.
Based on a highly reliable externally doubled diode laser, the Cyan Scientific laser provides intrinsically single-frequency operation with best-in class power and wavelength stability.
Designed to minimize space requirements, the compact Cyan laser head measures only 125 x 70 x 34 mm and is ready for use right out of the box.
The Cyan Scientific laser emits an optical beam in a single spatial mode (M2 <1.1), allowing for tight focusing and uniform sample illumination.
With an integrated active power control system, the Cyan Scientific laser automatically locks output power over the entire operating temperature range, providing power stability better than 1%.
With a linewidth of <1 MHz, the Cyan Scientific laser is ideal for Raman spectroscopy, interferometry and other applications requiring high coherence and spectral stability.
Intensity noise of less than 0.2% makes the Cyan Scientific the favored light source for demanding applications in bio-instrumentation, particle measurement, and confocal microscopy.
Even at the highest output power, the Cyan draws less than 15 W in typical laboratory settings, far less than Ar-ion or comparable
DPSS lasers
.
This reduces the need for bulky and expensive heatsinks.
An integrated analog interface enables remote configuration of the laser. And the Cyan Scientific laser provides interface for remote interlocks, conforming to IEC 60825-1 and CFR 1040.101.
The Cyan Scientific Advantage
• Single-mode operation at 488 ±0.5 nm
• Output power of 10 mW to 100 mW
• Best-in-class power and wavelength stability
• Active power control enables quick start-up and automated operation
• Compact laser head easily integrates into most experiments
• True single-frequency operation for demanding applications such as Raman spectroscopy
• Built-in interlock interface and mechanical shutter ensure safe operation and CDRH compliance
• Low power consumption eliminates need for large heatsinks and cooling mechanisms
• Long lifetime–up to 25x longer than competing light sources–ensures low cost of ownership