Portland 2 seater sofa 3D model

cgtrader

Modern sectional sofa Portland 2 seater sofa Dimension: 2000 x 940 x 810 Table Dimension: 400 x 520 This highly detailed sofa model is perfect for use in any architectural or interior design project. It was created using the powerful 3ds Max 2014 software, and includes Corona render materials for realistic lighting effects. Textures are carefully included to add depth and realism to your final rendering. The model is built on a real-world scale to ensure accurate representation of the original object. No additional plugins are required to view or manipulate this sofa. Previews rendered using Corona showcase its versatility in different lighting conditions, making it an excellent choice for interior design renderings. Key Features: 1) Highly detailed polygonal model for realistic representation. 2) Model includes all textures and materials applied correctly. 3) Textures and materials are available in every required format. 4) Unit measurement: mm 5) Texture paths are optimized for seamless integration. 6) Models were unwrapped manually to prevent seam gaps. 7) Lighting effects not included; ideal for exterior use. Available File Formats: 1) 3ds Max 2014, Corona 2) OBJ (geometry only) 3) FBX (exported from max 2014) 4) Separate textures **Please Note:** To ensure seamless integration of this model into your project, please make sure to download the latest version of archiving software. Some file formats may not include MTL files due to limitations, but these can be provided upon request. Model Details: - Original format: 3ds Max - Rendering engine: Corona - Materials and Shaders set up specifically for Corona Be aware that models exported in OBJ or FBX formats will not retain materials; this sofa will only have basic geometry. I hope you find this sofa to be the perfect addition to your design projects! Visit my profile gallery by clicking on my user name to explore more creations. Positive feedback greatly appreciated, thank you for purchasing and good luck with your next project.