High-power LEDs leap from emerging to established technology. New regulations such as the Minamata Convention on Mercury account for some of this momentum, but recent breakthroughs have fast-tracked this technology’s advance. Today’s LED systems already outperform conventional mercury discharge lamps when it comes to optical power output. And their benefits do not end there.
LEDs are more economical in day-to-day operations, with longer service life and less maintenance bringing down the total cost of ownership. Solid-state lighting’s consistent output improves process stability. It also produces far less heat than light sources with conventional lamps, which can be a tremendous advantage. Finally, LEDs are very easy to handle for a lack of hazardous materials.
Every day Primelite’s advanced LED technology adds value to many industrial, medical, and scientific applications:
Integrate our fiber-coupled UV-LED Light Engines to enhance your analytical instruments and research equipment.
Switch to Primelite’s fiber-coupled LED light sources to make your surgical illumination more precise, reliable, and safe.
Discover how Primelite’s fiber-coupled Advanced Light Engines can improve the accuracy and reliability of your visual NDT use cases.
Upgrade your photovoltaic (PV) cell testing, photochemistry, photobiology, and materials research assets to LED tech with spectral match certification.
Let our low-maintenance multispectral fiber-coupled LED light sources power your UV rheology setup.
Leverage reduced TCO benefits and the longevity of our UV-LED light engines for your specific application.
Leverage reduced TCO benefits and the longevity of our UV-LED light engines for your specific application.
Leverage reduced TCO benefits and the longevity of our UV-LED light engines for your specific application.