
Classic Bedroom 3D model
cgtrader
This bedroom furniture set brings a timeless elegance to any home . The 3D collection comprises a bed and its matching accessories, alongside tasteful extras such as curtains, wall lighting, and beautifully crafted decorative pieces like paintings, mirrors, candle holders, and vases . Extensive detail went into crafting each element: sheets neatly folded, curtainless walls draped with precision-attached and serrated fabrics, while sculpted designs give the space a rich aesthetic. Accurate measurements guided the creation of this 3D furniture set. From plush double beds to minimalist bedside tables crafted from rich woods , each piece was carefully modelled according to exact specifications . Technical specifics of this model reveal significant attention to detail: • Bed and accessories boast an impressive 1,104,506 polygons and 653,245 vertices • A slender wall lamp features 176,584 polygons paired with 170,530 vertices • Delicate curtains showcase a complex 1,206,277-polygon composition, boasting 655,023 vertices • Clock hands strike a sleek balance with their simple 9,068-polygone framework and minimalistic approach to design – a total of just 8,909 vertices • A tastefully adorned set consisting of decorative boxes paired with candle holders offers 15,504 polygons supported by 15,508 precise vertices . This model utilises richly textured resolutions. Textures come in dimensions ranging from compact 165 x 400 pixels up to more expansive setups spanning as much as 2,276 x 2,003 pixels . All models have been rendered using the versatile power of V-Ray 3.2 software within the robust confines of Autodesk 3ds Max 2014. They're also available in .MAX and .OBJ file formats , making them an incredibly adaptable option for diverse applications .
With this file you will be able to print Classic Bedroom 3D model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Classic Bedroom 3D model.