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Skylark NX

The purest form of ultraviolet light

The purest form of ultraviolet light

Built on our next generation ultra-low noise monolithic opto-mechanical platform

Skylark NX technology

The Skylark Lasers NX series of single frequency C-DPSS lasers are built to deliver the purest form of light in an ultra-compact package. Our proprietary NX opto-mechanical platform enables the repeatable creation of robust, ultra-stable lasers covering wavelengths from NIR to UV. How does it work?

Monolithic architecture ensures zero movement between optical components for a robust and durable design that withstands drops and shocks to maintain reliable performance in demanding field applications.

The optimised optical layout of the NX platform comprises of materials that ‘snap together’ using intramolecular forces - creating a strong bond between surfaces and the ability to generate higher power output with low noise and purer spectral properties within a compact footprint.

Ultra-stable

High power

Long-term performance

Compact footprint

Compact footprint

Long-term performance

High power

Ultra-stable

Compact footprint

Long-term performance

High power

Ultra-stable

Ultra-stable

High power

Long-term performance

Compact footprint

By addressing the inherent instabilities of UV lasers, the NX platform mitigates degradation and contamination by minimising surface interactions and protecting components from the detrimental effects of high-energy UV photons to achieve long-term reliability and maintenance-free lifetime.

Seamless bonding of dissimilar optical components reduces reflective losses between surfaces to achieve 100s of mW of deep UV light within a few centimetres of space – resulting in 10X more power than existing ultraviolet sources.

Skylark NX Laser technology animation showing the intramolecular bond between dissimilar optical materials

Lasers designed for system integration and demanding field applications in Raman spectroscopy, holography, lithography, flow cytometry, and quantum.

Designed for interferometric lithography, Raman applications, and surface inspection.

Single Frequency CW C-DPSS UV Laser

320 NX

Designed for ultraviolet interferometric lithography and semiconductor inspection applications

Single Frequency CW C-DPSS UV Laser

349 NX

Designed for low wavenumber Raman, holography, and life science applications.

Single Frequency CW C-DPSS Laser

532 NX

Designed for deployment in systems using rubidium transitions.

Single Frequency CW C-DPSS NIR Laser

780 NX

Designed for holography and imaging applications.

Single Frequency CW C-DPSS Laser

640 NX

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