About this asset

Suspended from a slender rod, this contemporary branching chandelier 3ds Max model features organic olive-amber blown glass globes on a dark armature. The fixture combines an asymmetric, branched metal armature with eight organically shaped glass globes. Finished in a matte dark tone, the tubular branching structure connects via articulated angular nodes, extending outward and downward in an asymmetrical configuration. Each hand-blown glass shade features subtle surface irregularities and an olive-tinted translucent finish that reveals internal bulb hardware and sockets. A single vertical suspension rod connects the central branch junction to a clean circular ceiling canopy, giving the sculptural luminaire an airy, floating presence with balanced multi-directional illumination.

The download is a 26.7 MB compressed archive containing the native 3ds Max (.max) model, set up with Corona materials. Open it in 3ds Max with Corona installed; for other programs, export to FBX or OBJ from 3ds Max first.

Engineered for architectural visualisation scenes in 3ds Max, the luminaire model imports with distinct element groups for the canopy, suspension rod, metal branches, and glass shades. Refraction and dispersion can be calibrated within the glass material slots to control translucency and light transmission. Position light source objects within the glass enclosures or assign self-illumination shaders to represent active filaments in interior renderings.

Suited to residential, commercial, and hospitality settings, this branch pendant serves as a dramatic focal piece above dining tables, kitchen islands, living room seating arrangements, and hotel lobby reception areas. The sculptural form complements contemporary, minimalist, and mid-century modern interiors, pairing effortlessly with natural timber tables, marble counters, and textured wall finishes. Interior designers and 3D visualisers commonly search for organic bubble pendant light, modern glass branch chandelier, and contemporary statement luminaire.