Cubes, cylinders, ribbons, cones, waves — anything that is not a rectangle, cut and tooled to your drawing.
Irregular LED displays fail in one of two ways: the shape is right but the pixel grid is wrong, so logos look stepped and text looks chewed; or the shape is beautiful in the render and impossible to install. We solve both before tooling starts, by building the pixel map and the mounting sequence at the same time.
The work starts with your vector file. We trace the outline, decide where cabinet seams will land, then produce a pixel map that tells the control system exactly which LED belongs to which coordinate. Anything with a diagonal edge, a radius or a hole in the middle needs that map — a rectangle does not.
Typical builds include LED cubes for retail plinths, cylindrical columns for hotel lobbies, ribbon screens that follow a staircase, and free-form logo screens where the brand mark itself is the display.
When a cabinet is not rectangular, the LEDs inside it no longer form a clean matrix. Without a per-pixel map, the controller sends a rectangular image and the edge of your shape gets clipped or stretched. We generate the map from the same CAD file used for tooling, so what the designer drew is what the screen plays.
Stock configurations below. Any diameter, outline or pitch is quoted from your file.
Four to six faces of LED on a right-angled carcass, mapped as one canvas so content runs around the corners instead of restarting at each face.
A cylindrical wrap for structural columns and free-standing drums, cut on a constant radius so the seam is one line and the map is a simple loop.
Narrow flexible strips that follow handrails, ceiling coves and stair stringers — the shape is drawn on site, then the ribbon is formed to it.
A flat round panel for logo walls and hanging brand marks, available with a finished edge band or as a bare edge-to-edge surface.
Brand letters and logo shapes built as individual LED objects, each with its own module cut, power feed and data run.
Hexagons, parallelograms and prisms assembled from a small set of module types, so a faceted form costs less than the drawing suggests.
An open bowl of LED that curves away from the viewer, used where a flat screen would read as signage and a bowl reads as an object.
Arc modules in two radii that turn a room corner without a seam, so an immersive room reads as one continuous surface instead of three walls.
Flared cone and horn forms built ring by ring, each ring cut to its own circumference — the shape that separates a real free-form factory from a panel assembler.
Three that come up on almost every shaped enquiry. Ask us anything else directly.
Those two numbers decide the pitch, the cabinet count and most of the price. Send them and we will come back with a build.
