Skylark Lasers designs and manufactures highly stable, single-frequency continuous-wave (CW) diode-pumped solid-state (DPSS) laser systems for demanding scientific and industrial applications. The compact Skylark NX series is distinguished by outstanding spectral purity, minimal frequency and intensity drift, and excellent beam quality.
The product portfolio comprises UV and near-infrared (NIR) lasers at fixed wavelengths, including 320 nm, 349 nm, 780 nm, and 785 nm. Typical applications include Raman and UV-Raman spectroscopy, Brillouin microscopy, laser interference lithography, optical grating manufacturing, semiconductor inspection, quantum technologies, and high-precision optical metrology. All Skylark Lasers systems are engineered for long-term stability and reliable continuous operation.
Skylark Lasers – Ultra-stable single frequency CW DPSS lasers
Ultraviolet DPSS Lasers
Ultraviolette DPSS-Laser
The ultraviolet laser systems deliver exceptionally high output power of single-frequency UV light from a diode-pumped solid-state platform. By employing proprietary technologies to mitigate UV-induced degradation, Skylark NX UV lasers achieve excellent long-term stability and high operational reliability.
Designed as an efficient alternative to HeCd lasers at 325 nm and argon-ion lasers at 351.1 nm, the DPSS lasers deliver reliable performance and a high-quality beam without the need for filters - providing continuous operation with high output power, superior spectral purity (≤ 500 kHz), and stable performance in a robust, durable platform.
320 nm laser, 320 nm single frequency DPSS UV laser – Skylark Lasers
349 NX – Skylark Lasers
Near-Infrared DPSS Lasers
The near-infrared laser systems feature high spectral purity, excellent beam quality, and outstanding long-term output stability.
Built on an efficiency-optimized diode-pumped solid-state platform, Skylark NX NIR lasers maintain high optical power throughout the entire beam path. This ensures sufficient power margins even in complex or lossy optical setups. Their single-frequency, low-noise emission enables precise, reproducible measurement results and ensures excellent temporal stability.
780 NX – Skylark Lasers
785 NX – Skylark Lasers
Contact
Technical Sales Engineer
Mobile: +49 (0) 160 92603911
