High-End Corner Sofa 3D Model for Product Visualization and Interior Rendering

Creation of a high-quality 3D model of the corner sofa “Osvald”, developed for product visualization, marketing materials, and interior rendering projects.

This furniture piece belongs to a premium segment, designed for spacious interiors such as private residences, luxury apartments, executive offices, and lounge areas.
The model combines soft, voluminous forms with carefully balanced proportions, creating a strong visual presence suitable for high-end environments.

For this project, the sofa was recreated in three material variations — black leather, suede, and light fabric — allowing flexible use across different visual scenarios.

A key aspect of this work is the use of digital sculpting. Each element was modeled individually, without symmetry, giving every cushion a unique surface pattern and natural deformation.
This approach significantly enhances realism, especially in close-up renders and detailed product shots.

October, 2013

The compact corner configuration of the “Osvald” sofa is presented below.

This version was designed for interiors where space efficiency is important, while maintaining the same visual identity and level of comfort.

It works well in apartments, private offices, and smaller lounge areas, offering a balanced solution between scale and functionality without compromising the premium character of the design.

Alongside the primary configuration, a more compact corner variation is introduced as part of the same furniture system.

The full-size version of the sofa is shown below in black leather — a material that best reveals the depth and precision of the surface detailing.

This version is intended for large-scale interiors, including spacious living rooms, villas, executive spaces, and conference environments, where furniture plays a key role in defining the atmosphere.

The leather material highlights the results of digital sculpting: each cushion was shaped individually, with unique folds and tension, avoiding repetition.

This level of detail allows the model to maintain a natural and physically believable appearance from any distance, making it suitable for high-end product visualization, close-up rendering, and professional interior presentations.