LED Screens

Blue Rhine Industries provides a wide range of LED screen technologies, with each option selected around the location, viewing distance, screen size, content use, and installation setting.SMD LED Screens: Surface-mounted LED screens used for fine-detail visuals, high-resolution content, and applications such as retail, studios, control rooms, and custom-shaped displays. COB LED Screens: Chip-on-board LED screens designed for stronger durability, lower heat output, and reliable performance in high-traffic environments. GOB LED Screens: Glue-on-board LED screens with an added protective layer over the LEDs, useful where the display needs extra resistance against impact, dust, or moisture. MIP LED Screens: Micro LED-in-package screens designed for very fine pixel spacing, high contrast, and premium close-viewing applications. DIP LED Screens: Dual in-line package LED screens often used for outdoor or large-format displays where brightness, durability, and long-distance visibility are important. LIP LED Screens: LED-in-package screens suited to outdoor display environments where brightness, heat dissipation, weather resistance, and maintenance access matter. We can also provide LED video walls, transparent LED screens, custom-shaped displays, 1.25 COB LED cold screens, kinetic displays, and interactive screen integrations depending on the project requirements. * SMD LED Screens: Surface-mounted LED screens used for fine-detail visuals, high-resolution content, and applications such as retail, studios, control rooms, and custom-shaped displays. * COB LED Screens: Chip-on-board LED screens designed for stronger durability, lower heat output, and reliable performance in high-traffic environments. * GOB LED Screens: Glue-on-board LED screens with an added protective layer over the LEDs, useful where the display needs extra resistance against impact, dust, or moisture. * MIP LED Screens: Micro LED-in-package screens designed for very fine pixel spacing, high contrast, and premium close-viewing applications. * DIP LED Screens: Dual in-line package LED screens often used for outdoor or large-format displays where brightness, durability, and long-distance visibility are important. * LIP LED Screens: LED-in-package screens suited to outdoor display environments where brightness, heat dissipation, weather resistance, and maintenance access matter.

The right LED screen depends on where it will be installed, how close people will stand to it, the brightness required, the screen size, and the type of content it needs to display. Outdoor screens may need higher brightness and weather resistance, while close-viewing indoor displays may need tighter LED spacing, lower heat output, and sharper detail.

COB LED screens use chip-on-board technology and are suited to robust, energy-efficient installations in high-traffic environments. SMD LED screens use surface-mounted device technology and are suited to fine-pitch, high-resolution display applications such as control rooms, studios, retail spaces, and custom-shaped screens.

LED spacing refers to the distance between the individual LEDs on a screen. Tighter spacing, such as 1.25mm, creates sharper detail at shorter viewing distances, making it useful for close-viewing environments such as retail spaces, studios, control rooms, and immersive display areas.

COB LED cold screens are ultra-fine LED screens designed for lower heat output and reduced energy consumption. Based on BRI brochure details, the 1.2P COB cold screen also offers high contrast, colour uniformity, impact resistance, static resistance, moisture resistance, and lower maintenance for high-traffic installations.

Yes. LED screens can be customised by size, shape, colour, structure, mounting, finish, and installation setting. Depending on the screen technology and project requirement, they can be used as standalone digital features, seamless video walls, transparent storefront displays, kinetic motion-controlled screens, or part of a wider signage and AV system.

Yes. LED screens can integrate with media players, LED controllers, PCs, remote content management software, RFID tags, pick-up sensors, touchscreen tables, 3D lenticular displays, and multi-monitor controllers. This allows screens to respond to products, gestures, and user behaviour, depending on the interaction design and hardware setup.