Unbeatable Single Frequency Performance
- Excellent beam quality
- 100m+ coherence length
- Free from mode hops
- Ultra-low noise
- High conversion efficiency
- Low power consumption
- Built-in thermoelectric cooling
Built on Experience
Our founder and CEO Professor Fedor Karpushko is a world-renowned physicist who has constantly championed innovation and pioneered laser technology. His R&D activities have resulted in more than 150 scientific and technical publications and 45 patents. UniKLasers’ products are built using his latest invention, the BRaMMS laser technology, which allows us to build CW Single Frequency DPSS lasers at wavelengths previously unattainable – from UV through visible to near IR.
Applications
UniKLasers is the only company to be able to configure Continuous Wave Single Frequency Lasers to uniquely emit at any wavelength. The potential applications range is vast:
- holographic art to large scale structural analysis;
- from pharmaceutical instrumentation to cutting edge particle trapping techniques;
- from semiconductor wafer micro-processing to wind turbine power generation and avionic technologies.
QUESTIONS ABOUT OUR LASERS?
GLOBAL REACH
UniKLasers sells products world-wide, directly and via our distributors.
Our products are CE and FDA certified.
We also have EU PREFERENCE EXPORTS (UNITED KINGDOM) status to sell our product to European Free Trade Association (EFTA) countries, including South Korea, Norway, Switzerland and Turkey.
We are currently looking for distributors in many countries including USA, Israel, UK & Russia.
Email sales@uniklasers.com for more information
HIGHLIGHTS
Here is a live recording of our Solo 640/1000. Our Single Frequency red laser emmits at 640 nm with 1000 mW output power. You can see the live measurements of pure single frequency, output power, wavelength and power stability being recorded on the workbench.
QUANTUM TECHNOLOGIES
UniKLasers is extremely proud to be actively contributing to the UK National Quantum Technologies programme.
UniKLasers has secured three grants from Innovate UK, to lead the commercialisation of quantum technologies projects in collaboration with Birmingham University and the Centre of Applied Photonics in the UK.
The projects will customise UniKLasers’ existing 698nm laser and develop new wavelengths 780nm and 813nm for use in commercial Optical Lattice Clocks, which promise a high degree of timing synchronisation in communication of critical information.