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

Prophotonix COBRA Clean FX1

Highlights The Prophotonix COBRA Clean FX1 is a compact, fan-cooled UVC LED lamp that provides a uniform line at 265nm with a peak irradiance of 55 mW/cm2 and peak energy density (dose) of 65 mJ/cm2. The lamp is built utilizing LED technology for optimum intensity and uniformity and designed utilizing an established platform for reliability. … Continued

Prophotonix COBRA Cure Mini

Highlights Designed to maximize intensity and dose within a compact, light form factor, the Prophotonix COBRA Cure Mini offers an excellent solution for high-speed single and multi-pass printers where installation space is restricted and weight is a concern. This innovative product offers the high performance of the Prophotonix COBRA Cure products in a more compact … Continued

Prophotonix Nanosecond Lasers

Highlights The Prophotonix Nanosecond Laser modules from Integrated Optics offer a compact and self-contained design at 514.5nm or 1029nm output, with high pulse energy and single-frequency operation. These Nanosecond Lasers are based on the innovative MatchBox 2 platform, with intelligent power electronics. The lasers operate with excellent pulse-to-pulse stability, extremely stable harmonic generation, and very … Continued