Super high power UV LED series are designed for high current operation and high power output applications. It incorporates state of the art high heat dissipation structure design and low thermal resistant material. NCOB UV LED is ideal UV light source for curing, printing applications

Super high power UV LED series are designed for high current operation and high power output applications. It incorporates state of the art high heat dissipation structure design and low thermal resistant material. NCOB UV LED is ideal UV light source for curing, printing applications.

Super high power UV LED series are designed for high current operation and high power output applications. It incorporates state of the art high heat dissipation structure design and low thermal resistant material. NCOB UV LED is ideal UV light source for curing, printing applications.

The UHP-T-DI series Ultra High Power LEDs (~50 Watt) feature a powerful square homogeneous collimated beam (direct illumination without a light guide) useful in many power demanding applications such as fluorescence excitation, microscopy whole body imaging and machine vision. The UHP-T high current driver is installed inside the LED ...

The UHP-T-DI series Ultra High Power LEDs (~50 Watt) feature a powerful square homogeneous collimated beam (direct illumination without a light guide) useful in many power demanding applications such as fluorescence excitation, microscopy whole body imaging and machine vision. The UHP-T high current driver is installed inside the LED ...

The UHP-T-DI series Ultra High Power LEDs (~50 Watt) feature a powerful square homogeneous collimated beam (direct illumination without a light guide) useful in many power demanding applications such as fluorescence excitation, microscopy whole body imaging and machine vision. The UHP-T high current driver is installed inside the LED ...

The UHP-T-DI series Ultra High Power LEDs (~50 Watt) feature a powerful square homogeneous collimated beam (direct illumination without a light guide) useful in many power demanding applications such as fluorescence excitation, microscopy whole body imaging and machine vision. The UHP-T high current driver is installed inside the LED ...

The UHP-T-DI series Ultra High Power LEDs (~50 Watt) feature a powerful square homogeneous collimated beam (direct illumination without a light guide) useful in many power demanding applications such as fluorescence excitation, microscopy whole body imaging and machine vision. The UHP-T high current driver is installed inside the LED ...

The UHP-T-DI series Ultra High Power LEDs (~50 Watt) feature a powerful square homogeneous collimated beam (direct illumination without a light guide) useful in many power demanding applications such as fluorescence excitation, microscopy whole body imaging and machine vision. The UHP-T high current driver is installed inside the LED ...

The UHP-T-DI series Ultra High Power LEDs (~50 Watt) feature a powerful square homogeneous collimated beam (direct illumination without a light guide) useful in many power demanding applications such as fluorescence excitation, microscopy whole body imaging and machine vision. The UHP-T high current driver is installed inside the LED ...

The UHP-T-DI series Ultra High Power LEDs (~50 Watt) feature a powerful square homogeneous collimated beam (direct illumination without a light guide) useful in many power demanding applications such as fluorescence excitation, microscopy whole body imaging and machine vision. The UHP-T high current driver is installed inside the LED ...

The UHP-T-DI series Ultra High Power LEDs (~50 Watt) feature a powerful square homogeneous collimated beam (direct illumination without a light guide) useful in many power demanding applications such as fluorescence excitation, microscopy whole body imaging and machine vision. The UHP-T high current driver is installed inside the LED ...

The UHP-T-DI series Ultra High Power LEDs (~50 Watt) feature a powerful square homogeneous collimated beam (direct illumination without a light guide) useful in many power demanding applications such as fluorescence excitation, microscopy whole body imaging and machine vision. The UHP-T high current driver is installed inside the LED ...

The Model FC 2400B-510 is designed for high luminous flux, white LED illumination into optical fibers, bundles and light guides sized from 1.0 to 3.0mm in diameter. The product features patented technologies that encompass non-imaging optics with chip-on-board metallic substrates to provide both optimum luminous efficacy as well as ...

The Model 2400B-400-W is a light engine providing high luminous flux, white LED illumination into optical fibers, bundles and light guides sized from 6.0 to 8.0 mm in diameter. The product features patented technologiesthat encompass non-imaging optics with chip-on-board metallic substrates to provide both optimum luminous efficacy ...

The Model 2400B-500-W is a light engine providing high luminous flux, white LED illumination into optical fibers, bundles and light guides sized from 3.0 to 5.0 mm in diameter. The product features patented technologiesthat encompass non-imaging optics with chip-on-board metallic substrates to provide both optimum luminous efficacy ...

LumiBright LE Light Engines provide extreme brightness and a highly uniform light distribution. Chip-on-Board LED technology with metallic PCB substrates offers excellent thermal performance. The patented primary optic is a non-imaging concentrator that delivers high collection efficiency and a homogeneous beam requiring no ...

LumiBright LE Light Engines provide extreme brightness and a highly uniform light distribution. Chip-on-Board LED technology with metallic PCB substrates offers excellent thermal performance. The patented primary optic is a non-imaging concentrator that delivers high collection efficiency and a homogeneous beam requiring no ...

LumiBright LE Light Engines provide extreme brightness and a highly uniform light distribution. Chip-on-Board LED technology with metallic PCB substrates offers excellent thermal performance. The patented primary optic is a non-imaging concentrator that delivers high collection efficiency and a homogeneous beam requiring no ...