PRODUCTS
Single frequency CW DPSS lasers
Compact diode-pumped solid-state single frequency lasers developed using a unique optical architecture that delivers robust, ultra-stable long-term performance.
SKYLARK NX UV
Ultraviolet DPSS lasers
Our ultraviolet lasers deliver the highest power, single frequency UV light available from a diode-pumped solid-state platform. Engineered with proprietary technology to mitigate UV-induced degradation, Skylark NX UV lasers provide long-term stability and reliability.
Designed for continuous operation, our UV lasers combine high power, spectral purity, and consistent performance in a platform that is built to last.
320 nm
up to 200 mW
Skylark 320 NX
320 nm single frequency DPSS UV laser
349 nm
up to 400 mW
Skylark 349 NX
349 nm single frequency DPSS UV laser
SKYLARK NX NIR
Near-infrared DPSS lasers
Our near-infrared lasers combine spectral purity and high beam quality with long-term output stability.
Built on a diode-pumped solid-state platform optimised for efficiency, Skylark NX NIR lasers maintain high optical power through the full beam path, ensuring ample power margin in complex or lossy setups. Single frequency, low noise output enables precise, repeatable performance and long-term consistency.
780 nm
up to 400 mW
Skylark 780 NX
780 nm single frequency DPSS NIR laser
785 nm
up to 400 mW
Skylark 785 NX
785 nm single frequency DPSS NIR laser
WHY CHOOSE SKYLARK NX LASERS
Unlock new possibilities for your applications
Our integrated Skylark NX platform produces the highest output power on a small footprint — combining the superior optical properties of solid-state lasers with the small form-factor, high-efficiency operation of laser diodes — helping you reveal the unseen, detect the imperceptible, and measure the unknown.
Absolute wavelength
≤ 3 GHz
Sub-3 GHz startup repeatability ensures you stay on frequency, maintaining precise alignment for analytical and quantum level tasks.
Long term stability
≤ 20 MHz
Ultra-stable output with < 20 MHz wavelength drift over 24 hours for consistent spectral precision and measurement reliability.
Environmentally robust
≤ 2.0%
Efficient high power
400 mW
Our low-loss, high conversion cavity design achieves up to 400 mW at 349 nm, 780 nm, and 785 nm — and 200 mW at 320 nm — in a compact, stable platform.
Skylark Lasers commitment to quality
Skylark Lasers are committed to producing precision engineered products that adhere to industry standards. Each laser we manufacture embodies our unwavering commitment to quality, accuracy, reliability, and performance.
We are currently engaged in the rigorous process of achieving ISO 9001 certification, reflecting our dedication to formalising and enhancing our quality management systems. As we progress towards our certification, we use comprehensive measures that align with internationally recognised standards to ensure that our processes are consistently refined and improved.
Our commitment to quality is the cornerstone of the trust we cultivate with our clients and the long-lasting relationships we build. By fostering a culture of continuous improvement, we ensure that each product exceeds the expectations of our customers. We strive to set new standards of quality and reliability within the laser manufacturing industry.
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