Global Lighting Technologies, Inc.

Slim, Lightweight Troffer Downlights utilize LED technology.
Architectural & Civil Engineering Products

Slim, Lightweight Troffer Downlights utilize LED technology.

Brecksville, OH - Global Lighting Technologies (GLT) has combined its edge-lit LED light guide technology with its mass production capabilities to create a new troffer downlight that is slim, light, efficient, and can be cost effectively manufactured in high volumes. The troffer backlight utilizes advanced light extraction technologies to extract light precisely where needed, providing bright,...

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Slim, Lightweight Troffer Downlights utilize LED technology.
Architectural & Civil Engineering Products

Slim, Lightweight Troffer Downlights utilize LED technology.

Brecksville, OH - Global Lighting Technologies (GLT) has combined its edge-lit LED light guide technology with its mass production capabilities to create a new troffer downlight that is slim, light, efficient, and can be cost effectively manufactured in high volumes. The troffer backlight utilizes advanced light extraction technologies to extract light precisely where needed, providing bright,...

Read More »
LED Backlight Assemblies are user adjustable.
Architectural & Civil Engineering Products

LED Backlight Assemblies are user adjustable.

Using MicroLens(TM) technology, high-brightness LED-based multi-zone, multi-color light guides enable independent control of brightness and color of individual zones within backlight. They allow end user to design and supply circuitry to control each LED's color and intensity to achieve color fading, pulsing, or steady state illumination. Products can be used in range of consumer electronics...

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LED Backlight Assemblies are user adjustable.
Architectural & Civil Engineering Products

LED Backlight Assemblies are user adjustable.

Using MicroLens(TM) technology, high-brightness LED-based multi-zone, multi-color light guides enable independent control of brightness and color of individual zones within backlight. They allow end user to design and supply circuitry to control each LED's color and intensity to achieve color fading, pulsing, or steady state illumination. Products can be used in range of consumer electronics...

Read More »
Light Guides have thin, 0.4 mm profile.
Architectural & Civil Engineering Products

Light Guides have thin, 0.4 mm profile.

Designed for portable devices, mobile phones, laptop and desktop LCDs, keypads, and keyboards, Microlens(TM) Light Guides feature MicroLens(TM) light extraction technology, which reduces number of LEDs required. They provide bright, uniform light in thin form factor with no hot spots or dark areas. Light is extracted precisely where needed, such as around thru-holes for keypads, and devices can...

Read More »
Light Guides have thin, 0.4 mm profile.
Architectural & Civil Engineering Products

Light Guides have thin, 0.4 mm profile.

Designed for portable devices, mobile phones, laptop and desktop LCDs, keypads, and keyboards, Microlens(TM) Light Guides feature MicroLens(TM) light extraction technology, which reduces number of LEDs required. They provide bright, uniform light in thin form factor with no hot spots or dark areas. Light is extracted precisely where needed, such as around thru-holes for keypads, and devices can...

Read More »
Keyboard Backlight employs side-firing LEDs.
Computer Hardware & Peripherals

Keyboard Backlight employs side-firing LEDs.

LED-based backlight utilizes MicroLens(TM) technology to extract more light through to keyboard while spreading light uniformly. Diversion features can be molded directly into light guide to bend any portion of light around potential thru-hole, and LEDs can be located on edge of light guide or in middle of backlight, depending-upon surrounding geometry. For desktop/laptop keyboards, backlight...

Read More »
Keyboard Backlight employs side-firing LEDs.
Computer Hardware & Peripherals

Keyboard Backlight employs side-firing LEDs.

LED-based backlight utilizes MicroLens(TM) technology to extract more light through to keyboard while spreading light uniformly. Diversion features can be molded directly into light guide to bend any portion of light around potential thru-hole, and LEDs can be located on edge of light guide or in middle of backlight, depending-upon surrounding geometry. For desktop/laptop keyboards, backlight...

Read More »

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