Specific UV light wavelength-intensity combinations create molecular interactions that result in the synthesis or separation of chemical compounds. From anti-cancer (Hydroxycamptothecin) or anti-malaria (artemisinin) drugs to powerful precursors (carbon tetrachloride), photochemistry has been the ideal mechanism for many chemical compound production systems in pharmaceutical, agricultural, cosmetic, petrochemical, plastics, dyes, and toxic waste disposal applications.
Photochemistry is revolutionizing the industrial chemistry landscape, however, it has long been tied to the limitations of UV mercury lamps. UV LED lamps are the perfect substitute to mercury and solve common shortcomings of the currently used light source. UV LED Light Sources for Photochemistry
Narrow Wavelength Light
With a single (narrow band) wavelength light, UV LED lamps ensure better yields by reducing undesirable products of secondary reactions and reducing raw material production cost.
Phoseon’s patented Semiconductor Light Matrix™ (SLM)™ technology encompasses LED arrays, optics, thermal and electrical management to ensure optimal performance. Reliability Engineering is at our core. With over 300 patents worldwide, Phoseon has earned the reputation for innovation, quality and reliability.
We are ready to revolutionize the industrial chemistry landscape with the world’s first and best UV LED system. In addition, Phoseon’s customer support with experts in the field have driven our clients yield up 2-3x.