Buy TIBERT Pendant Lamp 3D model

Name: TIBERT Pendant Lamp 3D model
Brand: UsmanDesigner
SKU: 634759
Price: 9.00 USD
Availability: InStock

License: Royalty Free

author:

UsmanDesigner

All content related to this 3D asset—including renders, descriptions, and metadata — is credited to its original author, «UsmanDesigner». CGhub does not claim copyright ownership over the content used.

Polys: 3808Verts: 1964Units: MillimetersDimension: 135.06 x 135.06 x 823.33

TIBERT Pendant Lamp 3D Model: A Study in Modern Contrast

This is a high-quality 3D model of the TIBERT pendant lamp, a unique and stylish lighting fixture that perfectly balances opposing forms and materials. The model accurately captures the lamp's distinctive silhouette, which features a sleek, cylindrical metal housing sitting atop a smooth, organic-shaped glass shade. This juxtaposition of a rigid cylinder and a soft, rounded globe creates a captivating visual tension.

The TIBERT lamp is designed to provide both aesthetic appeal and a warm, inviting glow. The smoked or colored glass globe diffuses the light, creating a soft and ambient illumination that is perfect for setting a mood. It's an ideal choice for hanging individually as a feature light or in a cluster to create a dramatic effect over a dining table, a bar, or in a cozy corner of a living room. Its modern and sophisticated design makes it a versatile asset for a variety of contemporary interiors.

This model is a fantastic resource for interior designers, architects, and 3D artists looking to incorporate a piece of artful, modern lighting into their visualizations. Its clean geometry and striking design will effortlessly enhance any virtual scene.

3D Model details

cgtrader Platform
Animated
Rigged
Ready for 3D Printing
VR / AR / Low-poly
PBR
Textures
Materials
UV Mapping
Polygons: 3808
Vertices: 1964
Plugins used
Geometry: Polygon mesh

Tags

Furniture Lamp Tibert Pendant Lighting Chandelier Suspension Light Modern Minimalist Contemporary Interior Design Home Decor Fixture Architectural Visualization

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