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Metaphase Technologies MB-TBL4X5

Highlights The Metaphase Technologies MB-TBL4X5 Thin Backlight is a high performance and uniform light source for silhouetting and transmissive applications. With a housing thickness of less than 11mm and edge-to-edge lighting, the thin backlight series helps maximize illumination area in tight spaces. Using a Full-Array LED layout, we can pack more LEDs per square inch … Continued

Metaphase Technologies MB-TBL3X3

Highlights The Metaphase Technologies MB-TBL3X3 Thin Backlight is a high performance and uniform light source for silhouetting and transmissive applications. With a housing thickness of less than 11mm and edge-to-edge lighting, the thin backlight series helps maximize illumination area in tight spaces. Using a Full-Array LED layout, we can pack more LEDs per square inch … Continued

Metaphase Technologies MB-TBL2X7

Highlights The Metaphase Technologies MB-TBL2X7 Thin Backlight is a high performance and uniform light source for silhouetting and transmissive applications. With a housing thickness of less than 11mm and edge-to-edge lighting, the thin backlight series helps maximize illumination area in tight spaces. Using a Full-Array LED layout, we can pack more LEDs per square inch … Continued

Metaphase Technologies MB-TBL2X8

Highlights The Metaphase Technologies MB-TBL2X8 Thin Backlight is a high performance and uniform light source for silhouetting and transmissive applications. With a housing thickness of less than 11mm and edge-to-edge lighting, the thin backlight series helps maximize illumination area in tight spaces. Using a Full-Array LED layout, we can pack more LEDs per square inch … Continued

Metaphase Technologies MB-TBL2X2

Highlights The Metaphase Technologies MB-TBL2X2 Thin Backlight is a high performance and uniform light source for silhouetting and transmissive applications. With a housing thickness of less than 11mm and edge-to-edge lighting, the thin backlight series helps maximize illumination area in tight spaces. Using a Full-Array LED layout, we can pack more LEDs per square inch … Continued

Metaphase Technologies MB-TBL1X7

Highlights The Metaphase Technologies MB-TBL1X7 Thin Backlight is a high performance and uniform light source for silhouetting and transmissive applications. With a housing thickness of less than 11mm and edge-to-edge lighting, the thin backlight series helps maximize illumination area in tight spaces. Using a Full-Array LED layout, we can pack more LEDs per square inch … Continued

Metaphase Technologies MB-TBL1X4

Highlights The Metaphase Technologies MB-TBL1X4 Thin Backlight is a high performance and uniform light source for silhouetting and transmissive applications. With a housing thickness of less than 11mm and edge-to-edge lighting, the thin backlight series helps maximize illumination area in tight spaces. Using a Full-Array LED layout, we can pack more LEDs per square inch … Continued

Metaphase Technologies MB-TBL1X3

Highlights The Metaphase Technologies MB-TBL1X3 Thin Backlight is a high performance and uniform light source for silhouetting and transmissive applications. With a housing thickness of less than 11mm and edge-to-edge lighting, the thin backlight series helps maximize illumination area in tight spaces. Using a Full-Array LED layout, we can pack more LEDs per square inch … Continued

Metaphase Technologies MB-TBL1X20

Highlights The Metaphase Technologies MB-TBL1X20 Thin Backlight is a high performance and uniform light source for silhouetting and transmissive applications. With a housing thickness of less than 11mm and edge-to-edge lighting, the thin backlight series helps maximize illumination area in tight spaces. Using a Full-Array LED layout, we can pack more LEDs per square inch … Continued

Metaphase Technologies MB-TBL1X1

Highlights The Metaphase Technologies MB-TBL1X1 Thin Backlight is a high performance and uniform light source for silhouetting and transmissive applications. With a housing thickness of less than 11mm and edge-to-edge lighting, the thin backlight series helps maximize illumination area in tight spaces. Using a Full-Array LED layout, we can pack more LEDs per square inch … Continued