
Modern black metal linear pendant light 3ds Max model featuring clear glass globe diffusers and an integrated luminous ring. This contemporary luminaire is constructed around a slender horizontal metal rod finished in matte black or dark bronze. At one end, an illuminated circular halo intersects the tubular stem, casting a diffuse radial glow. Clustered along the remaining length are multiple spherical shades crafted from transparent clear glass, each housing an internal light source on discreet dark mountings. Slender suspension wires anchor near either end to maintain perfect horizontal equilibrium. The contrast between geometric precision and clustered spherical glass creates an airy, sculptural focal fixture.
The download is an 8.6 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.
Import this asset directly into 3ds Max interior scenes to establish accent and ambient illumination over key furniture pieces. The model incorporates distinct material IDs separating the refractive glass shades, metallic framework, and self-illuminating ring and filaments. Visualisers can quickly adjust light emission temperatures or wire drop lengths to match architectural ceiling heights without disrupting the main fixture topology.
Suited to open-plan residential dining rooms, high-end kitchen islands, and corporate boardroom tables, this linear chandelier anchors spacious zones with refined geometry. Interior designers frequently specify this profile within modern hospitality lounges, boutique hotel reception counters, and luxury bar settings. It complements minimalist joinery, dark timber finishes, and marble surfaces, fulfilling searches for branch chandeliers, linear glass pendants, and contemporary island lighting.
Modern Black Metal Linear Pendant Light with Glass Globes – Variant 2
Free
Free to use in personal and commercial projects, including paid client work.
Covers 1 seat.