Self-adhesive transparent LED films are an advanced display technology that enables the projection of images and videos directly onto glass surfaces. Designed for easy installation on storefronts, partitions, or any smooth transparent material, these films transform glass into dynamic digital displays while maintaining a high degree of transparency.

Made from flexible, transparent materials embedded with LED nodes, the film allows for the display of bright visuals, animations, and videos — all while preserving a clean, modern aesthetic. This technology combines digital functionality with the minimalist appeal of glass, offering a futuristic approach to advertising, architecture, and information display.

How It Works

Structure & Composition

The film is made from a transparent, flexible substrate with embedded LED diodes. It features a self-adhesive backing for direct application to glass — no bulky framing or mounting hardware is required.

Transparency

Despite containing numerous LED nodes, the film maintains visual transparency. This is achieved through the strategic spacing of LEDs and the use of clear materials, allowing light to pass through the gaps. Transparency levels can be customized based on project needs.

Display Technology

Each LED within the film functions like a pixel and can be individually controlled, enabling the playback of dynamic video, images, and animations. Content is managed via a NovaStar control system, ensuring reliable synchronization and high-quality output.

Installation & Operation

Installation involves cleaning the glass, applying the film, and removing air bubbles for optimal adhesion and clarity. Once in place, the film is connected to a power supply and control unit, enabling seamless digital content playback.


Typical Applications

  • Retail storefront displays

  • Corporate and commercial buildings

  • Museums and cultural spaces

  • Exhibition booths and showrooms

  • Modern architectural integrations

We offer professional installation and configuration services for your LED display, along with comprehensive training on system operation and optimal usage.
Our dedicated team manages every step of the process, ensuring your display is properly installed, calibrated, and fully operational in accordance with the highest industry standards and your specific project requirements.

Our LED displays support centralized content management, allowing users to remotely control and schedule content across multiple screens from a single location. This enables full automation of the display system, including:

  • Power on/off scheduling

  • Time-based content playback

  • Playlist creation and media selection

  • Integration of text banners and advertisements

  • Screen layout adjustments and zone configurations

All that’s required is a connection to the local network, providing a simple, flexible, and efficient way to manage your digital signage content — regardless of the physical location of your displays.

As part of our extended offering, we provide a range of intelligent accessories such as ambient light sensors, motion detectors, and connectivity modules (SIM / Wi-Fi), as well as other components essential for optimizing LED display performance based on specific installation environments.

With our expert guidance, you can select the most suitable add-ons to ensure that your LED screen operates with maximum efficiency, reliability, and seamless integration into its surroundings.

Our LED displays come with a standard lead time of approximately 60 days, which includes both the production phase and the LED aging and stabilization process. This ensures that every unit meets strict quality standards and long-term reliability before delivery.

In the context of LED displays, the term “pitch” refers to pixel pitch (also known as dot pitch). Pixel pitch measures the distance between the centers of two adjacent pixels (light-emitting diodes) on an LED screen. It is typically expressed in millimeters (mm) and indicates the pixel density of the display.

A smaller pixel pitch means the pixels are more closely spaced, resulting in higher resolution and sharper image quality, particularly at close viewing distances.

For example:

  • A display with a 2 mm pixel pitch has a 2 mm distance between adjacent pixels and offers high visual clarity for short-range viewing.

  • A display with a 5 mm pixel pitch will appear less sharp at close range, but is suitable for larger formats and longer viewing distances.

When selecting an LED display, it is essential to consider the expected viewing distance and desired resolution, as choosing the right pixel pitch ensures optimal visual performance and cost-efficiency for your specific application.

Completed Projects