Looking for a versatile and stylish addition to your interior decor? Look no further than the Imago Wooden Stool/Coffee Table. This innovative piece can easily transform from a stool to a coffee table, providing you with flexibility in your living space.
If you're into 3D interior design and decor, you'll love this Imago Wooden Stool/Coffee Table. This model is created with 3ds Max, a leading software for 3D design. It allows you to visualize and bring your 3D room designs to life.
Whether you're an interior designer, architect, or simply a 3D enthusiast, having access to high-quality 3D models is essential for creating stunning visual representations of your ideas. With the Imago Wooden Stool/Coffee Table, you can easily incorporate this versatile piece into your 3D home designs and room layouts.
To ensure that your 3D renderings look realistic and professional, both Vray and Corona versions are included with the Imago Wooden Stool/Coffee Table.
With Vray, you can achieve stunning lighting effects, accurate material representations, and realistic reflections. Corona offers similar capabilities, allowing you to customize your scene and create visually appealing renders.
The Imago Wooden Stool/Coffee Table is designed with user-friendliness in mind. The system unit is set to millimeters, ensuring seamless integration with your existing 3D projects.
Moreover, all objects are conveniently unhidden, allowing you to effortlessly modify and customize the model according to your specific requirements. This flexibility gives you the freedom to tailor the Imago Wooden Stool/Coffee Table to fit perfectly into your 3D interior designs.
If you're in search of a versatile and stylish addition to your 3D interior designs, the Imago Wooden Stool/Coffee Table is the perfect choice. It offers the flexibility of transforming between a stool and a coffee table, along with compatibility with leading 3D design software such as 3ds Max, Vray, and Corona. Enhance your 3D room designs with this seamless addition that adds a touch of sophistication and functionality.
