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Metaphase Technologies MB-TBL8X10

Highlights The Metaphase Technologies MB-TBL8X10 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-TBL5X5

Highlights The Metaphase Technologies MB-TBL5X5 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-TBL4X4

Highlights The Metaphase Technologies MB-TBL4X4 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-TBL3X7

Highlights The Metaphase Technologies MB-TBL3X7 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-TBL3X5

Highlights The Metaphase Technologies MB-TBL3X5 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-TBL2X5

Highlights The Metaphase Technologies MB-TBL2X5 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-LBL76x279

Highlights The Metaphase Technologies MB-LBL76x279 Linear Backlight provides uniform lighting (±5%) using High-Density Precision Chip Technology (HDPCT) with the super bright LEDs. Metaphase Technologies offers the world’s largest selection of machine vision and specialty LED Illumination. Since 1993, our engineering expertise in designing for integration into vision systems has enhanced a vast array of products. … Continued

Metaphase Technologies MB-DALL-306

Highlights The Metaphase Technologies MB-DALL-306 Diffused Axial Line Light uses beam-splitter technology to radiate homogenous, coaxial illumination in line with the camera aperture. Diffused coaxial lighting eliminates dark spots or shadows inherent in other forms of illumination. Equipped with multiple tapped holes for mounting, the MB-DALL can be easily integrated into existing vision systems. An … Continued

Metaphase Technologies MB-DALL-206

Highlights The Metaphase Technologies MB-DALL-206 Diffused Axial Line Light uses beam-splitter technology to radiate homogenous, coaxial illumination in line with the camera aperture. Diffused coaxial lighting eliminates dark spots or shadows inherent in other forms of illumination. Equipped with multiple tapped holes for mounting, the MB-DALL can be easily integrated into existing vision systems. An … Continued

Metaphase Technologies MB-CLL2507

Highlights Using proprietary optics, the Metaphase Technologies MB-CLL2507 collimated line light works similar to a traditional line light but can project its light at a lower divergence angle. This helps keep a tight, structured beam of light at a longer working distance many meters away while delivering high intensity. This works great for applications where … Continued