Life Science

Oxxius lasers are engineered for demanding biological and clinical environments, delivering high spectral accuracy and long-term stability. With low-noise laser output and excellent wavelength control, they support fluorescence microscopy, confocal imaging, flow cytometry and advanced spectroscopy workflows.

From research labs to OEM integration, Oxxius sources are designed for reliable laser performance in bioimaging and diagnostic instrumentation. Explore our application pages to see how our lasers boost repeatability, data quality and system uptime.

Confocal microscopy

Filtered Rayleigh Scattering (FRS) is a technique used to remotely measure the thermodynamic properties of a gas flow, particularly in situations where seeding is not feasible. Oxxius lasers provide t…

Fluorescence microscopy

Fluorescence microscopy excites fluorophores with light and detects their emitted fluorescence. Oxxius lasers and wavelength combiners provide the stability, beam quality and flexibility required acro…