Description

Golden Acrylic LED Suspension - 110cm Height

This stunning Golden Acrylic LED Suspension is a must-have for any discerning interior design enthusiast. Crafted with precision using a combination of metal and acrylic materials, this hanging luminaire exudes elegance and style. With its golden coating, it adds a touch of opulence to any living room.

3D Model Download for Interior Design

If you're looking to elevate your interior decor to the next level, this 3D MAX model is a game-changer. With its realistic design and impeccable attention to detail, this 3D model is the perfect tool for any 3D designer or architect. Whether you're planning a new room design or simply want to visualize your dream space, this 3D model will bring your vision to life.

Enhance Your Interior with 3D Design

With the increasing popularity of 3D interior design, this Golden Acrylic LED Suspension is a fantastic addition to any 3D home design project. Its captivating design and luminous flux of 2100 lumens create a warm and inviting ambiance in any living room setting. Whether you're an interior designer or a DIY enthusiast, this 3D model is a valuable asset in creating stunning room design visuals.

Experience the Power of 3D Room Design

Unleash your creativity with this 3D MAX model that's easy to integrate into your 3D room design projects. Whether you're designing a luxurious living room or adding a touch of sophistication to a commercial space, this LED suspension brings elegance and functionality together. The LED lamps provide ample light with their 30W power, and their long-lasting lifespan ensures you can enjoy the beauty of this suspension for years to come.

Acquire this 3D Sky model today and transform your interior decor. With its origins from China and manufactured using the latest technology, you can trust the quality and craftsmanship that goes into creating this exceptional piece. Download the 3DS Max file now and unlock endless possibilities for your interior design projects.

Quality

FREE

Colors

Render

Vray