Linea Slim Trimmed Aluminium Profile

Product Description

The Linea Slim Trimmed Aluminium Profile is a compact recessed LED channel designed for clean linear lighting details where installation depth is limited. Its shallow rectangular body keeps the profile discreet, while the projecting trim creates a defined edge around the recessed opening.

The broad diffuser covers most of the upper face, producing a wider illuminated surface relative to the profile height.

Slim Recessed Construction

A low-profile body is the defining feature of this extrusion.

The aluminium channel sits inside the prepared recess, while the outer trim overlaps the edge of the surrounding finish. Therefore, the installer can create a neat transition between the lighting profile and the ceiling, wall or joinery surface without relying on a completely trimless opening.

Its reduced depth makes the profile particularly useful for cabinetry, shelving, furniture and architectural details where a deeper recessed channel cannot easily fit.

Defined Trim Edge

The projecting flange creates a visible border along the installation.

Besides defining the finished edge, the trim covers the adjoining cut line around the recess. This construction suits projects where installation practicality and a controlled architectural finish are both important.

The slim proportions keep that border restrained rather than visually heavy.

Wide Diffused Surface

A flat diffused cover closes the upper section of the profile and conceals the LED strip inside.

Because the diffuser occupies most of the visible width, the finished fitting reads as a continuous linear light rather than a narrow exposed LED source. High-density or COB LED strips can further improve the uniformity of the illuminated line.

Compact Architectural Detail

The profile works naturally in recessed ceiling details, wall features, shelving, cabinetry and custom joinery.

Its combination of a shallow box section and trimmed edge makes it particularly suitable where designers want a recessed linear effect without using a deep architectural extrusion.

Technical Specifications