Our technology

Oxxius patented technology: Monolithic DPSS Laser

This technology delivers:

• Exceptional robustness: a glue-less, solid-state construction with no moving parts, designed to withstand wide thermal and mechanical variations.
• High beam quality: delivering diffraction-limited performance for the most demanding imaging applications.
• Ultra-low heat emission: a compact, high-efficiency cavity that minimizes thermal load.

The entire cavity is formed as a single, ultra-low-loss optical subsystem through optical contacting, a process in which the end faces of the crystals bond naturally at the molecular level. This creates a permanent, exceptionally stable interface that is immune to temperature fluctuations and resistant to mechanical vibrations. Dielectric mirrors deposited directly onto the crystal facets complete the monolithic assembly.

Single longitudinal mode (SLM) lasers built on this technology are compact, energy-efficient, and exhibit outstanding wavelength stability:

• No measurable drift with temperature variations
• No measurable shift between power cycles

Laser Diode Integration

Oxxius also designs and manufactures modules that incorporate the latest laser diode technologies.
Our expertise in module engineering enables the development of lasers that offer:

• Highly stable, low-noise output
• Excellent reliability
• Compact, standardized packaging
• High beam quality

Tailored solutions

Thanks to a flexible design approach, we can integrate a wide range of diodes and optical components to deliver custom solutions tailored to the specific requirements of our customers. When an application calls for additional features to fully harness the performance of Oxxius lasers, we provide support throughout the design, development, and production of these enhancements.