Highlights The Metaphase Technologies MS-BL4x4 MetaStandard Backlight provides a more economical option to the MetaBright Backlights for applications requiring large active areas for silhouetting or transmissive applications. Utilizing a Full-Array LED layout provides better uniformity and intensity compared to large-sized edge-lit backlights. Using Metaphase analog driver technology you will get flicker-free performance and dimming control. … Continued
Highlights The Metaphase Technologies MB-CBL12x12 Collimated Backlight is a high performance, uniform, and collimated light source for high precision silhouetting and transmissive applications. Using precision optics, these lights are collimated in both the X and Y dimensions. The light exits at a low divergence angle making it perfect for applications requiring high precision measurements when … Continued
Highlights The Metaphase Technologies MB-CBL6x12 Collimated Backlight is a high performance, uniform, and collimated light source for high precision silhouetting and transmissive applications. Using precision optics, these lights are collimated in both the X and Y dimensions. The light exits at a low divergence angle making it perfect for applications requiring high precision measurements when … Continued
Highlights The Metaphase Technologies MB-CBL5x5 Collimated Backlight is a high performance, uniform, and collimated light source for high precision silhouetting and transmissive applications. Using precision optics, these lights are collimated in both the X and Y dimensions. The light exits at a low divergence angle making it perfect for applications requiring high precision measurements when … Continued
Highlights The Metaphase Technologies MB-CBL4x4 Collimated Backlight is a high performance, uniform, and collimated light source for high precision silhouetting and transmissive applications. Using precision optics, these lights are collimated in both the X and Y dimensions. The light exits at a low divergence angle making it perfect for applications requiring high precision measurements when … Continued
Highlights The Metaphase Technologies MB-CBL3x4 Collimated Backlight is a high performance, uniform, and collimated light source for high precision silhouetting and transmissive applications. Using precision optics, these lights are collimated in both the X and Y dimensions. The light exits at a low divergence angle making it perfect for applications requiring high precision measurements when … Continued
Highlights The Metaphase Technologies MB-CBL3x3 Collimated Backlight is a high performance, uniform, and collimated light source for high precision silhouetting and transmissive applications. Using precision optics, these lights are collimated in both the X and Y dimensions. The light exits at a low divergence angle making it perfect for applications requiring high precision measurements when … Continued
Highlights The Metaphase Technologies MB-CBL2x4 Collimated Backlight is a high performance, uniform, and collimated light source for high precision silhouetting and transmissive applications. Using precision optics, these lights are collimated in both the X and Y dimensions. The light exits at a low divergence angle making it perfect for applications requiring high precision measurements when … Continued
Highlights The Metaphase Technologies MB-CBL2x2 Collimated Backlight is a high performance, uniform, and collimated light source for high precision silhouetting and transmissive applications. Using precision optics, these lights are collimated in both the X and Y dimensions. The light exits at a low divergence angle making it perfect for applications requiring high precision measurements when … Continued
Highlights The Metaphase Technologies MB-CBL1x1 Collimated Backlight is a high performance, uniform, and collimated light source for high precision silhouetting and transmissive applications. Using precision optics, these lights are collimated in both the X and Y dimensions. The light exits at a low divergence angle making it perfect for applications requiring high precision measurements when … Continued
