Stilnovo Tablet PX Linear Pendant

Linear pendants over dining tables, kitchen islands, or meeting surfaces look effortless when they work — but get the beam orientation wrong and you end up with glare where you wanted atmosphere, or shadow where you needed clarity. A fixed-beam linear gives you no way back once it's installed.

The key advantage of an adjustable linear pendant is the ability to redirect light after installation. Each module can be oriented toward a surface for direct task lighting, or tilted upward for indirect, diffused ambience — or a combination of both. Phase-cut dimming (also called leading-edge or TRIAC dimming) means the fixture is compatible with most standard rotary or push dimmers already common in residential and hospitality installations.

The Stilnovo Tablet PX is a rectangular LED pendant featuring three swivel modules arranged in series along a slim aluminium bar. Each module houses an integrated LED source behind a polycarbonate diffuser and rotates 350°, giving precise control over beam direction without tools. The steel suspension cables also serve as electrical conductors — keeping the design intentionally clean — and can be offset from the ceiling rose using the included special fittings for flexible positioning.

The Tablet PX is designed around restraint: an ultra-low-profile bar, a monochromatic palette, and a geometric suspension silhouette that suits contemporary interiors without demanding attention. It is available in Black or White.

The fixture carries an IP40 rating, making it suitable for dry interior environments. It is phase-cut dimmable and uses integrated LED technology. The steel suspension cables double as conductors, and ceiling offset fittings are included. A 2-year product warranty applies.

At Lightsource Studio, we help you specify the right product for the right space — coordinating lead times and technical details so nothing is left to chance on site. The Tablet PX is a considered specification choice for architects and designers who need beam flexibility without visual complexity.