Neoprene dumbbell 3D model

cgtrader

Neoprene dumbbell 3D Model - a top-notch, high-definition model ready to use for productions, with cutting-edge PBR materials, expertly crafted textures, and precise non-overlapping UV Layout maps conveniently included in the package. Each aspect of this 3D asset is built with accuracy and attention to detail: quads-only geometries ensure flawless rendering, and a carefully organized structure with clearly defined names simplifies customization and modifications. Made using the latest tools and software, including Blender 3D 2.80 and Substance Painter, this model meets the most demanding industry standards. The package includes numerous promo images, each rendered in exquisite detail, showcasing the Neoprene dumbbell from multiple angles: ten high-quality promo shots captured using Cycles (Blender 3D 2.80), five detailed wireframes that reveal the intricate inner structure, and four screenshots highlighting the precision of the UV Layout. A variety of images is included for reference purposes: comprehensive renderings in PNG format with alpha channels to guarantee seamless integration into any production environment. The PBR materials provided are adaptable to a multitude of rendering engines and software platforms, allowing you to customize or adjust textures according to your specific needs. UV Layout maps come at a high resolution (2048 x 2048 pixels) to support optimal texturing while preserving image clarity. To accommodate a range of software compatibility requirements, we've carefully included a variety of texture formats: Substance Painter-created PBR textures optimized for V-Ray, Unity, and Unreal Engine. A special folder containing PBR Spec Gloss and Metal Rough workflows enables versatility and adaptability. To achieve high-quality production-ready results without compromise on the asset's original appearance, note that Main Renderings have been specifically produced using HDR Environment Texture Image in Cycles or Eevee for Blender 3D 2.8, with all accompanying assets created and formatted accordingly.