780.24 nm Single Frequency DPSS laser
With Photonics West 2019, San Francisco, USA is just a few weeks away, we are delighted to share the latest company news from our Quantum Technologies project.
UniKLasers will be presenting the latest developments on new Solo-780.24 nm Single Frequency DPSS laser with 50 mW output power. We are at PW 2019, North Hall, UK Pavilion, Booth 5153.
The 780.24 nm wavelength, which is a match for the Rubidium Clock transition, has been long awaited by Quantum Technologies research community. UniKLasers are an active player on the Quantum Technologies market since 2017. We are proud to share our progress and some of the project outcomes. Our Scotland-based company manufactures and develops new Single Frequency DPSS lasers at wavelengths required for QT applications, in particular for Optical Lattice clocks and Quantum Gravitometer.
UniKLasers have the largest range of SLM DPSS lasers in mid & high powers, which includes 1064 nm, 698 nm, 640 nm, 532 nm as well as the new generation of UV at 320 nm and 266 nm. Our CW DPSS lasers are well suited for holography applications, high precision metrology, Brillouin imaging, Raman spectroscopy, confocal microscopy, semiconductor metrology and other emerging applications. We know our customers’ needs. For this reason we developed in-house a variety of ad-on items and services. We offer a selection of low-vibration active cooling systems for high power applications, compact water-cooling system specifically designed for holography and other noise sensitive applications, manual power adjusters and more.
UniKLasers’ team will be delighted to discuss our products and performance data at our booth 5153 at PW19. Email us at email@example.com to arrange a suitable meeting time. Alternatively, just pop in to our booth for a conversation and some Scottish shortbread.
The attendance to Photonics West 2019 exhibition is free, so all you need is just to register – click here to get to the registration page.
If you are not attending, contact us on firstname.lastname@example.org for more information.