Discover the mesmerizing beauty of our Sleek Pressed Metal Lighting collection, featuring the exquisite Press Sphere and Press Cone designs crafted by renowned designer Tom Dixon. These captivating lighting fixtures are the perfect addition to elevate any space, whether it's a residential room or a commercial setting. With their sleek, modern aesthetic, these models are sure to be the centerpiece of attention in any interior.
Are you looking to bring your creative vision to life with exceptional 3D models? Look no further than our Sleek Pressed Metal Lighting collection. With a variety of formats available, including STL, FBX (V-Ray and Corona), and OBJ, you can seamlessly integrate these stunning designs into your 3D projects, architecture, or interior decor.
The dimensions of the Press Sphere and Press Cone models are carefully crafted with precision to ensure a perfect fit. With a diameter of 300mm (Cone 340mm) and a height of 300mm, these lighting fixtures are designed to effortlessly blend with any interior aesthetic and provide a warm, radiant glow.
Our Sleek Pressed Metal Lighting collection is compatible with 3DS Max versions 2014 and 2020, allowing you to fully utilize its powerful features. Whether you are a professional designer or a passionate hobbyist, our 3D models will empower you to create stunning, lifelike visualizations.
For optimal performance, we recommend using Corona render with a minimum version of 1.5. This ensures that the glossiness of materials is precisely adjusted, taking into account the principles of Physically Based Rendering (PBR).
If you prefer working with VRay versions below 3.1, our Sleek Pressed Metal Lighting collection accommodates those needs as well. Simply choose between the available BRDF options such as Blinn, Phong, or Ward, based on the compatibility of your VRay version.
Transform your 3D interior design projects with the Sleek Pressed Metal Lighting collection. Download our high-quality 3D models from 3dsky and embark on an immersive journey of creativity and innovation in 3D design.
