Innovative Photonic Solutions (IPS) specializes in wavelength stabilized lasers & Raman laser sources, and focuses on the manufacture of high performance light source systems for Medical, Scientific and Military applications.
Innovative Photonic Solution's wavelength stabilized lasers are ideally suited for:
- Raman Spectroscopy - Solid State & Fiber Laser Seeding
- Fiber Laser Pumping- IR Illumination
- Gas Sensing / Remote Sensing- Difference Frequency Generation
Innovative Photonic Solution's core competencies lie in the areas of wavelength stabilization of laser diodes, semiconductor light source design, laser packaging and system design. This expertise translates into state-of-the-art system solutions such as high performance Raman laser sources and Raman probes, single frequency laser seed sources, fiber laser pumps, direct diode frequency doubling sources, high power / high brightness modules, single frequency lasers for gas sensing, difference frequency & THz sources, infrared illuminators, and other custom solutions.
With a strong knowledge of Gallium Arsenide, Indium Phosphide and Gallium Antimonide based structures; the Innovative Photonic Solutions team provides high performance lasers and illuminators with wavelengths ranging from 700 nm - 4600 nm. These sources, fiber coupled or open beam, can be spectrum stabilized (wavelength locked) and packaged to meet our customer's demanding specifications.
Ideally suited for frequency doubling, fiber laser pumping & seeding, Difference Frequency Generation (DFG), and remote sensing applications, Innovative Photonic Solution’s proprietary Spectrum Stabilized Lasers feature high power & ultra-narrow spectral bandwidth. Designed to replace expensive DFB and external cavity lasers, IPS’s Spectrum Stabilized Lasers offer superior wavelength stability over time, temperature (<0.007 nm/0C), and vibration, and are manufactured to meet the most demanding wavelength requirements. IPS’s single ...
IPS’s Wavelength Stabilized multi-mode lasers leverage our unique Hybrid ECL design to “lock” the laser and allow our customer to specify the wavelength and spectral linewidth to meet the most demanding application needs.