DRS DAYLIGHT SOLUTIONS

Molecule Identification and Imaging Systems in the MIR

Daylight Solution was founded in 2004 by Tim Day to manufacture broadly tuneable Quantum Cascade Lasers in the mid infrared regime. Having a powerful, reliable and easy to handle light source covering the range from 3 to 14µm (720 to 3300 cm-1) is a game changer in laser based spectroscopy or tuneable diode laser spectroscopy (TDLS).

 

Industrial applications as well as academic state of the art systems profit from overcoming the need of liquid nitrogen cooling and leading to maintenance free measurement systems in the “finger print region”.

 


Products

Advance Your Application with Mid-IR Laser Technology

 

The trusted performance of our mid-IR tunable lasers lets you go straight to your application, without stopping to build a laser. At the core of our products is our External Cavity Quantum Cascade Laser™ technology. This laser source is rugged enough for high-power illumination in aircraft missile defense and reliable enough for scientific research where a broadly tunable, precision laser system is needed. Our products and technology are equipping experts worldwide with cutting-edge capabilities to help pioneer advances in scientific research, chemical imaging, sensors and analyzers, and defense and security. Whether you need laser sources, OEM sensor engines, or complete sensor systems, DRS Daylight Solutions delivers off-the-shelf products and custom solutions to meet your most rigorous requirements.

 

 

MIRCAT MID™ - IR LASER

Wide, Fast Spectral Tuning

 

HEDGEHOG™  MID - IR LASER

Tune 100s of cm-1 at 1000 cm-1/s

CW-MHF™   MID - IR LASER

mode-hop-Free Tuning > 30cm-1


ARIES-2™  MID - IR LASER

High Power, Fixed Wavelength, Narroband Output

SPERO IR MICROSCOPE

The World's First Laser Based IR Microscope

AMPLIFIED MCT™

Laser Detector: Room-Temperature Operation



Applications

The laser technology of DRS Daylight Solutions can be customized for a wide range of applications in the scientific, life sciences, defense, and industrial communities.

 







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