Innovations In Optics Inc.
Manufactures high power LED light sources for science and industry that provide maximum photon delivery, illumination uniformity, and stable optical power. Products offer many advantages over arc lamps and lasers.
- (781) 933-4477
- (781) 933-0007
- 10-K Gill Street
Woburn, MA 01801-2125
United States of America
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Product
DMD Illuminators
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Innovations in Optics' UV LED illuminators are ideal for TI’s larger DLP chipsets. LumiDL™ and Lumi3D™ optical design provides highly uniform flux density over large areas. Radiant flux is confined to 12° acceptance half-angle and DLP active area.
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Product
Projectors
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Innovations in Optics' projectors achieve spatially uniform illumination fields by combining our patented COB LED technology and efficient, non-imaging, homogenizing optics with precision re-imaging lens systems.
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Product
Drivers / Controllers
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The LED Driver/Controllers incorporate fully integrated power solutions. Digital drivers and controllers provide programmable, fully integrated power solutions with fast response times.
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Product
Light Engines
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Delivering the highest brightness and optical power available, our light engines provide optimized output solutions for a range of applications such as light guide and fiber optic coupling, fluorescence excitation, and unrivaled uniform near and far field illumination.
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Product
LED Solar Simulator
LumiSun-50
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The LumiSun-50™ is a high power, multi-wavelength LED solar simulator that meets IEC 60904-9 Class AAA for spectral match, uniformity of irradiance, and temporal stability. The LumiSun-50 achieves a spatially uniform illumination field from a chip-on-board (COB), multiple-wavelength LED die array. The field of illumination is 50 x 50 mm at a working distance of 200 mm. The LumiSun-50 includes a driver/controller which individually provides constant current to each die in the COB array. Total irradiance of 1.1 sun units is provided and can be decreased to 0.1 suns. The LED light source of the LumiSun-50 is contained within an air-cooled housing that can rotate the angular beam alignment. Adjustment and setting of the optimum light path working distance is visually facilitated by a converging pair of red dot laser pointers.
