REPLACEMENT FOR USHIO USH-103D
Replaces USHIO America. Inc. USH-103DREPLACEMENT FOR USHIO USH-103D
A respected leader in specialty lighting, brings you the latest advancement in lamp technology - our extended life 100W short-arc mercury lamp. Ushio's USH and UXM short-arc mercury and mercury-xenon lamps are characterized by their tightly confined plasma discharge, high luminance, and ultra-stable arc, spectral outputs in the ultraviolet and visible light regions, DC- and AC-operated versions. Lamps are used in all microscopy units, diagnostic, industrial analytical equipment, including spectrofluorometers, blood analyzers, optical comparators, and UV curing applications. Our latest line of USH(SMR) lamps feature precision-aligned mercury burners and specialized reflector designs for ultimate reflectivity and light channeling control in fiber-optic applications. Designed and built in one of our United States manufacturing facilities. Continuous upgrades in electrode material technology and investments in cutting-edge manufacturing processes enables Ushio to further improve light versus life degradation characteristics.
A respected leader in specialty lighting, brings you the latest advancement in lamp technology - our extended life 100W short-arc mercury lamp. Ushio's USH and UXM short-arc mercury and mercury-xenon lamps are characterized by their tightly confined plasma discharge, high luminance, and ultra-stable arc, spectral outputs in the ultraviolet and visible light regions, DC- and AC-operated versions. Lamps are used in all microscopy units, diagnostic, industrial analytical equipment, including spectrofluorometers, blood analyzers, optical comparators, and UV curing applications. Our latest line of USH(SMR) lamps feature precision-aligned mercury burners and specialized reflector designs for ultimate reflectivity and light channeling control in fiber-optic applications. Designed and built in one of our United States manufacturing facilities. Continuous upgrades in electrode material technology and investments in cutting-edge manufacturing processes enables Ushio to further improve light versus life degradation characteristics.
A respected leader in specialty lighting, brings you the latest advancement in lamp technology - our extended life 100W short-arc mercury lamp. Ushio's USH and UXM short-arc mercury and mercury-xenon lamps are characterized by their tightly confined plasma discharge, high luminance, and ultra-stable arc, spectral outputs in the ultraviolet and visible light regions, DC- and AC-operated versions. Lamps are used in all microscopy units, diagnostic, industrial analytical equipment, including spectrofluorometers, blood analyzers, optical comparators, and UV curing applications. Our latest line of USH(SMR) lamps feature precision-aligned mercury burners and specialized reflector designs for ultimate reflectivity and light channeling control in fiber-optic applications. Designed and built in one of our United States manufacturing facilities. Continuous upgrades in electrode material technology and investments in cutting-edge manufacturing processes enables Ushio to further improve light versus life degradation characteristics.
A respected leader in specialty lighting, brings you the latest advancement in lamp technology - our extended life 100W short-arc mercury lamp. Ushio's USH and UXM short-arc mercury and mercury-xenon lamps are characterized by their tightly confined plasma discharge, high luminance, and ultra-stable arc, spectral outputs in the ultraviolet and visible light regions, DC- and AC-operated versions. Lamps are used in all microscopy units, diagnostic, industrial analytical equipment, including spectrofluorometers, blood analyzers, optical comparators, and UV curing applications. Our latest line of USH(SMR) lamps feature precision-aligned mercury burners and specialized reflector designs for ultimate reflectivity and light channeling control in fiber-optic applications. Designed and built in one of our United States manufacturing facilities. Continuous upgrades in electrode material technology and investments in cutting-edge manufacturing processes enables Ushio to further improve light versus life degradation characteristics.
A respected leader in specialty lighting, brings you the latest advancement in lamp technology - our extended life 100W short-arc mercury lamp. Ushio's USH and UXM short-arc mercury and mercury-xenon lamps are characterized by their tightly confined plasma discharge, high luminance, and ultra-stable arc, spectral outputs in the ultraviolet and visible light regions, DC- and AC-operated versions. Lamps are used in all microscopy units, diagnostic, industrial analytical equipment, including spectrofluorometers, blood analyzers, optical comparators, and UV curing applications. Our latest line of USH(SMR) lamps feature precision-aligned mercury burners and specialized reflector designs for ultimate reflectivity and light channeling control in fiber-optic applications. Designed and built in one of our United States manufacturing facilities. Continuous upgrades in electrode material technology and investments in cutting-edge manufacturing processes enables Ushio to further improve light versus life degradation characteristics.
A respected leader in specialty lighting, brings you the latest advancement in lamp technology - our extended life 100W short-arc mercury lamp. Ushio's USH and UXM short-arc mercury and mercury-xenon lamps are characterized by their tightly confined plasma discharge, high luminance, and ultra-stable arc, spectral outputs in the ultraviolet and visible light regions, DC- and AC-operated versions. Lamps are used in all microscopy units, diagnostic, industrial analytical equipment, including spectrofluorometers, blood analyzers, optical comparators, and UV curing applications. Our latest line of USH(SMR) lamps feature precision-aligned mercury burners and specialized reflector designs for ultimate reflectivity and light channeling control in fiber-optic applications. Designed and built in one of our United States manufacturing facilities. Continuous upgrades in electrode material technology and investments in cutting-edge manufacturing processes enables Ushio to further improve light versus life degradation characteristics.