Description

Sophie Chair: Sleek Elegance meets Uncompromising Comfort

Enhance your 3D Interior Design with the Poliform Sophie Chair

Looking for an exquisite addition to your 3D interior decor? The Poliform Sophie Chair, designed by Emmanuel Gallina in 2017, combines sleek elegance with uncompromising comfort. As a 3D model available for download, this chair is perfect for architects, designers, and enthusiasts alike, seeking to enhance their 3D room designs.

Masterful 3D Design and Craftsmanship

This 3D model of the Sophie Chair captures its every detail, showcasing the expert craftsmanship of Poliform. The chair features a solid wood base, providing a sturdy foundation for the seat and backrest, which are made of multi-density flexible polyurethane. Additionally, parts of the chair are molded using flexible polyurethane, ensuring maximum comfort during extended periods of use.

The Perfect Finishing Touch

Poliform understands that every 3D room design deserves the perfect finishing touch. With its pre-cover made of polyester fiber and a final cover available in fabric or leather, the Sophie Chair complements any interior style. Whether you're designing a contemporary living room or a cozy reading nook, this chair adds an element of sophistication and comfort.

Unleash Your 3D Home Design Potential

With the Sophie Chair's 3ds Max compatibility, integrating it into your 3D home design projects has never been easier. You can easily download the 3D model and import it into your favorite 3D design software, such as 3DS Max or 3Dsky. Its compact file size of only 8.0 mb for 3dsmax 2014 makes it efficient to work with and allows for seamless integration into your 3D interior designs.

Bring Your Vision to Life

Experience the beauty and functionality of the Poliform Sophie Chair in your 3D room designs. Transform your spaces with the touch of elegance and comfort that this chair provides. Download the 3D model today and bring your vision to life.

For further details, please visit the Poliform Sophie Chair product page.