Fabric Lightbox Extrusion

Backlit led gives brighter and more even illumination which produces punchy bright vibrant graphic.

Fabric lightbox extrusion.

And in this image heavy world of retail and media agile display systems like this are the future. Tuffline single sided lightbox is designed to be hung to walls in pos spaces exhibition stands art galleries and they are great for interior office fitouts breathing life into your space. The tuffline single sided lightbox is designed to be attached to a wall. Agam manufactured a small sample using existing extrusions.

Blockout fabric is engineered to evenly distribute lighting inside of a lightbox and increase the backlit graphic s brightness. Oneframe is the ultimate fabric tension display system. To achieve the frameless appearance the edges of the graphic are sewn with a silicone beading that tucks into the perimeter of the lightbox extrusion to display a taut smooth graphic face. The smaller version is intended for frames of 6 x6 or less and the larger versions are for frames of 6 x6 or more.

Frameless led lightboxes using backlit fabric are different than traditional light boxes where the graphic is snapped into place with a frame. Locally made lightweight and simple to use oneframe utilises a modern sleek frame with interchangeable dye sublimated fabric skins stretched to fit the frame perfectly for a crease less presentation. There are two different sized miter and inline connectors for the fh2001. 55mm and 80mm are anodized.

Double sided ds extrusion depth is 120mm. Single sided ss extrusion depths are. Silicone edge graphics are beautifully printed dye sublimation fabric graphics with a thin silicone strip sewn around the perimeter. Led frameless seg lightboxes for backlit fabric.

Development of agam s lightbox extrusion fh2001. An aluminum frame is fabricated to your liking and then the silicone strip on the fabric is inserted into a small groove on the face of the frame. This is achieved by the fabric s white surface on the inside reflecting all while stopping any light from leaking out or being absorbed.