Detergent container 2 3D model

cgtrader

Detergent container 3D model, proudly taking its second spot within my extensive collection. A masterful creation perfectly suited for mock-up scenarios, product shots or cutting-edge advertising ventures. Boasting a polished and production-ready design, this detailed 3D Model arrives with top-of-the-line PBR materials, precise textures, and meticulously crafted non-overlapping UV Layout map, carefully packaged to bring you endless possibilities. Comprising of clean-quads geometries exclusively (a notable absence of tris/ngons), along with carefully eliminated poles for seamless workflow integration. Every single feature allows effortless modification at will: each unwrapped geometry comes embedded with comprehensive UV Layout maps (available in convenient .png format with built-in alpha support), providing an adaptable playground to forge fresh Textures or reimagine the pre-existing ones using these detailed layouts. The 3D Model's robust structure consists of discrete, expertly labeled elements: a singular, perfectly formed Object; rich Material setups that embody substance Painter textures meticulously made in preparation for optimal functionality across PBR-ready environments such as Unity, Unreal, and VRAY 3DS MAX, among others. Main visual representations created utilizing Cycles renderer, embedded within comprehensive .BLEND file formats (.79 for maximum fidelity); included materials seamlessly exported to OBJ format ensuring versatile compatibility; a full complement of supporting images ranging from vibrant visuals (Cycles-rendered nr. 1-2) and Wireframes nr.7-8 to meticulously documented screen captures displaying the very heart of the model, in comprehensive .PNG file arrangements showcasing precision-crafted UV layout; each is expertly aligned and categorized, all while promoting the overall ease with which a variety of users may find it accessible. This masterful blend arrives embedded across both major formats: BLEND, OBJ - also ready-made in zipped PBR-texture packs. Each asset contains high-fidelity (2048 x 2048 resolutions) and intricately layered maps - providing unparalleled accessibility within most standard modeling programs.