
Contemporary smoked glass linear chandelier 3ds Max model featuring an eight-globe configuration on a matte black metal spine with brass accents. Designed as a horizontal statement luminaire, this fixture centres on an elongated black metal tube supported by dual ceiling suspension cables and a vertical power cord. Eight spherical smoked-glass shades branch symmetrically across the central bar, alternating orientation to project diffuse illumination both upward and downward. Each blown-glass globe transitions from semi-translucent smoke grey to reflective chrome tones, revealing an exposed internal light source.
The download is a 14 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 3ds Max fixture directly into interior scenes as an XRef or grouped editable mesh. The linear geometry aligns easily to ceiling grids or architectural reference planes using local coordinates. Suspension cables can be vertically adjusted or extended to accommodate varying slab heights. Material assignments for glass transparency, refraction, and metallic sheen are structured for custom shader calibration, while omni or photometric point emitters can be nested within each globe.
Positioned above rectangular dining tables, kitchen islands, conference boards, or executive desks, this horizontal fixture suits residential lofts, boutique hotel dining areas, and modern corporate meeting rooms. Its elongated profile coordinates naturally with marble dining counters, timber credenzas, and minimalist dining chairs. Visualisers seeking a modern branch chandelier, smoked glass globe pendant, or contemporary linear dining light will find this asset well suited for both daylit presentation views and dramatic evening interior lighting renders.
Modern Black and Smoked Glass 8-Light Linear Chandelier
Free
Free to use in personal and commercial projects, including paid client work.
Covers 1 seat.