5 Branches Chandelier 3D Model

A Stunning Blend of Wood and Glass Design

The 5 Branches Chandelier 3D Model is a beautifully crafted design that combines the natural elegance of wood with the timeless beauty of glass. Designed by Hamed Kafi, this chandelier features five wooden branches, each adorned with glass bulbs, creating a perfect balance between rustic charm and modern sophistication.

While this is a 3D model and not a physical product, it serves as a digital representation of a chandelier that can be used for visualizing interior spaces, prototyping, or educational purposes. Its design is ideal for adding a touch of elegance to living rooms, dining areas, or even virtual environments.

Design Process

This 3D model was meticulously designed by Hamed Kafi using advanced CAD software. The chandelier features five wooden branches and glass bulbs, capturing every detail with precision. The model is available in STEP and SLDPRT formats, ensuring compatibility with various CAD systems and 3D printing technologies.

Manufacturing Process

Although this is a 3D model, it is optimized for potential physical production. The wooden branches can be crafted from high-quality wood such as oak or walnut, while the glass bulbs can be made from durable, transparent glass. The manufacturing process would involve wood carving, glass molding, and assembly to create a stunning final product.

Download and Access

The 5 Branches Chandelier 3D Model is available for download. Whether you’re an interior designer, lighting manufacturer, or 3D printing enthusiast, this model is ready to be used for prototyping, visualization, or educational purposes.

Applications

This 3D model is ideal for:

• Interior Design: Visualizing how the chandelier would look in a living room, dining area, or other spaces.
• Lighting Design: Creating custom lighting designs inspired by natural materials.
• 3D Printing Enthusiasts: Experimenting with lighting design and production.
• Educational Purposes: Teaching students about 3D modeling and lighting design.