Holographic LED. Made for glass. And beyond.

Yes. DOIT VISION holographic LED panels can be mounted onto suitable glass with adhesive fixing. The mesh carries the image while the background remains visible through its openings. Start with the clear dimensions of each pane, glass divisions and a site photo. The mounting detail also needs to account for the control housing, cable route and access for later maintenance.

Yes. A suitable holographic LED panel can be reinstalled by replacing the double-sided adhesive tape. Inspect the panel and connections after removal, prepare the new mounting surface and use the tape specified for that installation. Reuse depends on the condition of the panel and the handling process. For relocation, plan the removal, temporary protection and new cable route before the work begins.

P3.91 and P6.25 are our usual starting points for holographic LED projects. P3.91 places more pixels in the same display area, which helps when content needs finer detail. P6.25 is worth evaluating for larger graphics and a more open mesh appearance. Choose against the actual screen dimensions, closest viewing position, content and project budget, then compare a sample at the intended distance.

Consider P2.9 or P2 when the required image detail exceeds what P3.91 or P6.25 can provide at your intended viewing distance. These finer-pitch options are significantly more expensive. Small lettering, detailed product imagery and close viewing can justify the extra resolution. Share representative content and the screen dimensions so the higher pixel count can be assessed against a real visual requirement and budget.

Choose the brightness configuration around the actual daylight conditions. Holographic LED can be configured for high-brightness use at sun-facing glazing in semi-outdoor settings. Glass tint, reflections, screen orientation and the time of direct sun all affect readability. Send daytime photos together with the intended content. The installation detail must also suit the temperature, protection and maintenance requirements of the specific location.

The series can be supplied for adhesive glass mounting, suspended installation, mobile poster use, framed displays and rental cabinets. Select the format around how the display will be used and moved. A permanent window, a floor-standing presentation and a rental wall need different supporting hardware and handling arrangements. The selected pitch, dimensions, mounting components, control equipment and packaging are specified together in the project quotation.

Bright content appears to float because the transparent LED mesh lets the surrounding space remain visible behind the image. Content with isolated objects and dark backgrounds can make that effect more pronounced. The result depends on the animation, background lighting, viewing angle and distance. Preview your intended content in a representative setting so the image composition and brightness support the effect you want to achieve.

Both formats can be used on glass, and both can be re-bonded with replacement adhesive when the panel condition allows. Holographic LED adds a choice of suspended, framed, mobile poster and rental configurations, with P3.91 and P6.25 as our usual recommendations. P2.9 and P2 address higher-resolution requirements at substantially higher cost. Compare the selected configuration, transparency, viewing detail and complete installed scope when evaluating value.

A useful quotation identifies the pixel pitch, module layout, brightness configuration and installation format. It should itemize the display, power and control equipment, mounting components, cables, spares and packaging, with transport and local installation responsibilities stated separately. A glass-mounted display and a mobile poster have different hardware needs. Send the dimensions, intended use and destination so the quotation covers the configuration you actually need.

NovaStar and Colorlight are the standard control routes for the series. The controller and media source are selected around the pixel load and playback requirements. Plan power, signal distribution and service access before fixing the display layout. For a fault, check the power and signal chain before identifying a panel for repair or replacement, and retain the configuration records and matching spare parts with the installation.