MarkLumo

Flexible Transparent LED Screens – Indoor Adhesive Film Display Solutions

Lumomark’s Flexible Transparent LED Film offers outstanding clarity, allowing the background to remain visible even when the display is powered off. It seamlessly integrates with your interior glass design and draws attention with vivid content, making it ideal for modern retail and commercial spaces.

With a refined LED layout and ultra-slim design, the display achieves even greater transparency — delivering a more immersive and visually open experience to your customers.

  • Typical Transparency: Up to 90–95%

  • Images shown are for illustrative purposes only. Actual product may vary slightly.

 

 

Perfectly Adapts to Curved Glass Surfaces

The ultra-flexible LED film easily conforms to rounded windows, arched glass, and cylindrical shapes—ideal for creative retail and architectural displays. No frames or rigid panels required.

 

Direct Application on Glass – No Frame Needed

The transparent LED film is built with ultra-clear, heat-resistant materials and features a slim, frameless design. It adheres directly to glass surfaces without extra structural support and can be joined seamlessly in horizontal or vertical layouts—reaching up to 3 meters in width or height. With transparency levels up to 80%, it is ideal for large glass windows, curtain walls, and modern commercial interiors.

Seamless Integration with No Gaps or Interruptions

The film bends naturally to the surface without visible breaks or gaps, ensuring smooth, continuous visuals. This adaptability opens new possibilities for custom signage, blending modern design with advanced display technology.

 

Optimized Brightness with Scheduled Control

Our transparent LED films are available in multiple pixel pitches from P5 to P20, with brightness ranging from 1,000 to 5,500 nits. This ensures excellent visibility across various indoor lighting conditions. Using the control software, brightness levels can be scheduled to adjust by time of day—offering the right display intensity while improving energy efficiency.



 

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