Geometry LED screens
The standard rectangular screen has become a familiar design element and no longer provides creative space for designers. But the use of non-standard forms of LED panels will make any project a work of art. Our experts will help to bring to life the most daring idea and make a screen of any geometric shape.
Typically, the modules used in the assembly of LED screens are rectangular in shape. PIXEL-MEDIA can produce custom-shaped modules for both indoor and outdoor use. Under them, printed circuit boards are made that repeat the required size and shape. From these elements, complex two-dimensional and three-dimensional geometric shapes can be assembled: balls, cubes, rhombuses, arches, and even human faces. A 3D model of the installation is first created, then divided into elements, the exact drawings of which are sent to production.
Our latest development is flexible modules with a thickness of 1mm. With their help, you can turn columns or other rounded architectural details into screens. These modules are placed on surfaces using magnets on a metal base.
For the installation of screens of non-standard shape, special cabinets are required that allow you to assemble complex structures. For example, cabinets with beveled ends make it possible to make screens of a curved, convex shape. From hexagonal cabinets, honeycomb screens can be assembled.
The areas of application of such screens are exhibitions, installations and any art objects. They are used where you need to surprise the viewer. Our company has developed ready-made cases for architects and designers, because the future of modern architecture is associated with the use of media of various types.
An important component of custom-shaped screens is content. It must be written taking into account the existing configuration. Then the consciousness of the public can be amazed by the curvature of space and fantastic visual effects. PIXEL-MEDIA uses the Mooncell management software. This system makes it possible to take into account for each individual module its position in three-dimensional space.
