Uviquity’s deep-UV laser delivers coherent light at 220-230 nm with narrow-linewidth and high spectral stability from a single semiconductor chip. The compact laser integrates with OEM precision instruments for Raman spectroscopy, semiconductor metrology, defense sensing, gas analysis, water quality monitoring, and process analytics.
Deep-UV excitation dramatically suppresses fluorescence interference which is the primary limitation of conventional Raman systems. Uviquity’s laser delivers stable, narrow-linewidth deep-UV light in a compact, solid-state form factor. Our technology brings significantly higher sensitivity and molecular specificity to pharmaceutical, semiconductor, environmental, and material analysis applications.
Shorter wavelengths resolve finer features. Uviquity’s deep-UV laser provides a fundamental resolution advantage for measuring critical dimensions and detecting defects at advanced nodes. Our solid-state design significantly reduces the drift and calibration instability associated with legacy UV sources to improve accuracy in semiconductor manufacturing.
Deep-UV Raman spectroscopy enables molecular-level identification of trace explosives and chemical threats at standoff distances with high specificity and strong fluorescence rejection in complex field environments. Uviquity’s compact, solid-state deep-UV laser delivers the performance, reliability, and form factor to significantly advance the capabilities of deployed detection systems for military, border security, and first-responder applications.
Deep-UV absorption spectroscopy enables precise detection of regulated industrial gases and environmental contaminants. Uviquity’s deep-UV laser replaces drift-prone, short-lifetime lamp sources with a solid-state alternative designed for continuous deployment in industrial settings. Our lasers provide superior spectral stability and significantly longer operational lifetime for process safety, emissions monitoring, and environmental compliance applications.
Deep-UV absorbance provides direct, reagent-free measurement of nitrate — one of the most regulated drinking water contaminants globally — as well as other UV-absorbing organic pollutants. Uviquity’s deep-UV laser delivers superior wavelength selectivity, spectral stability, and longer operational lifetime — improving measurement accuracy and reducing maintenance burden for municipal, industrial, and environmental water monitoring.
Deep-UV absorbance and Raman spectroscopy make possible the direct, real-time measurement of chemical composition in manufacturing processes — accessing molecular features that indirect methods like near-infrared spectroscopy cannot resolve. Uviquity’s deep-UV laser enables in-line process monitoring using a compact and reliable solid-state light source for improved pharmaceutical continuous manufacturing and petrochemical process control.
Deep-UV absorbance enables direct detection of peptide bonds — supporting label-free protein quantification, purity assessment, and molecular separation in capillary electrophoresis and biosensing platforms. Uviquity’s deep-UV laser provides the stability, lifetime, and compact form factor needed to simplify the design and improve the accuracy of instruments used in biopharmaceutical quality control and clinical diagnostic applications.