Powering a more sustainable world through electroluminescence
Transform the way you experience light.
Ultra-thin. Flexible. Elegant. Our electroluminescent light turns everyday surfaces into extraordinary experiences.
- Ultra-thin0.07 mm – 0.40 mm
- Energy efficient~0.14 mA / sq. in.
- No heatCool to the touch
- Flexible by designFor curves & surfaces
- Long life10,000+ hours
Printed. Bent. Still glowing.
Our technology
Light, reimagined
for a brighter tomorrow.
Electroluminescent light is printed in layers thinner than a sheet of paper. It glows evenly across its whole surface, with no bulbs, no hot spots and no heat. That means it can go where ordinary lights can’t.
Discover the TechnologyAs thin as 0.07 mm
Thinner than a sheet of paper. Light that laminates, stitches and bends into any surface.
Zero heat, by nature
EL glows without getting hot. It stays cool to the touch, so it’s safe on skin, fabric and delicate materials.
Sips electricity
A fraction of a milliamp per square inch keeps a whole surface glowing. Less energy, longer life.
No hot spots, no glare
One even glow from edge to edge that you can still see clearly in the dark, in fog and in smoke.
The product line
STYELIGHTS™
View All Series
STYELIGHTS™ Flex Series
Flexible light that integrates into any surface.
STYELIGHTS™ Semi-Rigid Series
Built to withstand. Engineered to perform.
STYELIGHTS™ Wire Series
Light in wire form, for creative curves and contours.
STYELIGHTS™ Thread Series
Ultra-fine light for textiles and wearables.
STYELIGHTS™ Smart Series
Intelligent light with built-in control.
Built for a brighter world
Light up new possibilities.
Explore All Applications
Automobiles
Ambient interiors, panoramic roofs, signature lines and badges. Slim enough for any trim.
Fashion & Textiles
Thread-fine light woven and embroidered into garments, bridal wear, bags and wearables.
Safety & Signage
Wayfinding, exit guidance and brand signs that stay visible in darkness, fog and smoke.
Defense & Technologies
Low-heat, low-power lighting for instrument panels, markers and night operations.
Why electroluminescence
Less of everything.
Except light.
At its thinnest, thin enough to print, laminate or stitch.
Cool to the touch. Safe on skin, fabric and delicate surfaces.
Long life with even, glare-free light across the whole surface.
FAQ
Questions,
illuminated.
Everything you wanted to know about EL panels, in plain words.
Ask us anything about your project.
EL panels, or electroluminescent panels, are flat light-emitting devices that produce light through the phenomenon of electroluminescence. They consist of thin layers of materials that emit light when an electric current passes through them.
EL panels have a wide range of applications. Some common uses include signage, backlighting for displays, automotive instrument panels, aircraft cockpit displays, consumer electronics, and decorative lighting.
EL panels offer several advantages. They provide a uniform and even illumination, have a thin and flexible form factor, consume low power, and have a long lifespan. They are also lightweight, easy to integrate into various designs, and offer good visibility in low-light conditions.
Yes, EL panels can be customized to meet specific size and shape requirements. They can be manufactured in various dimensions and shapes, including rectangles, squares, circles, and custom shapes, depending on the application and design needs.
EL panels are available in a range of colors, including blue, green, yellow-green, aqua, white, and red in natural form. The end use colour can be customised to any colour depending on the requirement.
EL panels are primarily designed for indoor use due to their sensitivity to moisture and UV radiation. However, with proper sealing and protection, they can be used in various outdoor applications.
The lifespan of EL panels can vary depending on usage and operating conditions. On average, EL panels can last anywhere from 10,000 to 30,000 hours of continuous use. Proper care and maintenance can help extend their lifespan.
Yes, EL panels can be dimmed or controlled for brightness. They can be integrated with control circuits that adjust the voltage or frequency of the applied electric current to control the brightness levels.
Yes, EL panels are energy-efficient compared to other lighting technologies. They require low power consumption to produce a high level of illumination, making them a cost-effective choice for various applications.
Repairing damaged EL panels can be challenging due to their complex construction. In most cases, it is more practical to replace a damaged panel rather than attempting to repair it. However, routine maintenance and proper handling can help prevent damage and prolong their lifespan.
Yes, EL panels can be used in combination with other display technologies such as LCDs (Liquid Crystal Displays) and touchscreens. They can provide backlighting for displays or be integrated into specific areas of a larger display system for added visual effects.
A brighter tomorrow
We print light
for a brighter world.
Have a surface, a product or an idea? Tell us. We’ll help you light it.