Backlights

The Metabright™ Area Backlight is a high performance and uniform light source for silhouetting and transmissive applications. Using a Full Array LED layout, we can pack more LEDs per square inch to provide greater intensity, uniformity, and performance.

The Collimated Backlight Series is a high performance, uniform, and collimated light source for high precision silhouetting and transmissive applications.

The Thin Backlight Series 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.

Economical Backlights combine the latest super bright LEDs with Metaphase’s laser-edged Lumiform technology to produce highly uniform (±5 to ±10%) illumination. This breakthrough in light-guiding diffusion makes this one of Metaphase’s most affordable models.

Our line of MetaStandard Backlights provides a more economical option to our lineup of MetaBright Backlights for applications requiring large active areas for silhouetting or trans-missive 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. With 30,000 Lux of Intensity and +/10% uniformity, the Metastandard Backlight is a leader in price and performance.

Linear Backlights provide uniform lighting (±5 to ±10%) using high density precision chip technology (HDPCT) with the super bright LEDs.

Narrow backlights provide uniform lighting (+/- 5%) using high density precision chip technology (HDPCT) with the super bright LEDs.

Metaphase Technologies Collimated Tube Backlights are ideal for producing high contrast silhouettes. The Collimated Tube Backlight boasts increased illumination compared to standard backlights when used with telecentric lensing. Telecentric illumination is ideal for precision measurements where accuracy, repeatability, and throughput are key factors in the application’s success.