Looking for a sleek and stylish storage solution to enhance your interior decor? Look no further than the Bunny Lebre Backlit Shelf. This modern LED backlit shelf, designed by Workshop Weralav, offers a perfect blend of functionality and aesthetics.
With the Bunny Lebre Backlit Shelf, you can effortlessly elevate the design of any space. This 3D model download is compatible with popular design software like 3ds Max, allowing you to visualize and incorporate it into your 3D interior or 3D room design. Whether you are an architecture enthusiast, interior designer, or simply looking for a unique addition to your home, this 3D model is perfect for bringing your creative vision to life.
The Bunny Lebre Backlit Shelf boasts a width of 500mm, height of 850mm, and a base thickness of 36mm, providing ample space for your belongings. Its shelf depth of 170mm ensures that your items are securely displayed. The touch control feature with brightness control, including three hidden sensors, allows you to effortlessly adjust the illumination to create the perfect ambiance. Powering the shelf is simple with its 220V power type, whether connected to hidden wiring under a sconce or through a cord with a plug.
With its sleek design and ambient illumination, the Bunny Lebre Backlit Shelf adds a touch of modern sophistication to any room. Its minimalist aesthetic seamlessly blends with various interior styles, making it versatile for both residential and commercial settings. Whether used in a living room, bedroom, office, or showroom, this backlit shelf is sure to elevate your interior decor to the next level.
Ready to transform your space with this sleek and stylish storage solution? Download the Bunny Lebre Backlit Shelf 3D model from reputable platforms like 3dsky and bring your 3D home design or 3D room design to life. Explore the possibilities and experience the perfect marriage of form and function with this exceptional backlit shelf.
For more information and to view the Bunny Lebre Backlit Shelf, visit the official product page here.
