Bowl helix with cracked organic lattice 2 3D print model

cgtrader

High-Resolution 3D Model Suited for Real-Time Applications and Virtual Reality A high-performance 3D model suitable for various virtual reality applications, real-time simulations, architectural visualizations, animations, or other complex computer-generated projects is now available. This versatile model offers unparalleled quality, making it ideal for demanding use cases. This highly detailed model has been crafted with precise attention to scale and dimension, ensuring a correct real-world representation that translates perfectly into physical 3D prints. The creation process utilized 3ds Max 2016, followed by the export of the file in multiple formats for maximum versatility. With the option to further subdivide its geometry, this model offers immense potential for increasing resolution, resulting in incredibly lifelike visuals that exceed expectations. Initially rendered as a single, solid geometric entity, the model is prepared for subdivision, facilitating seamless refinement and detailed enhancement. Equipped with a Turbosmooth modifier and featuring 2 iterations of mesh smoothing, this model achieves an exceptional level of smoothness. Situated at the origin point of its scene, the 3D model presents a symmetrical appearance, conducive to comprehensive manipulation. Optimized for fast rendering performance, the 3D model employs Vray 3.0 alongside simple Vray standard materials that leverage the strengths of advanced Vray capabilities without relying on textures. The result is a clean and refined appearance, rich with depth and authenticity. As created, this scene excludes illumination setups to preserve maximum control over lighting and shadow manipulation in post-processing. Therefore, users must arrange lighting within their application for an authentic 3D visual effect. Physical 3D model specifications reveal its remarkable dimensions of 24136 cm in length, 24263 cm in width, and 12353 cm in height, ideal for large-scale projects requiring detailed architectural representations. For all intents and purposes, the model can be easily modified to meet individual project requirements. For instance, changes or updates might include refining specific textures, incorporating detailed architectural components, or adapting visual properties tailored specifically for an animation, virtual reality scene, real-time environment simulation, computer-aided design rendering, high-quality CGI (computer-generated imagery), architectural illustration, CAD, or 3D architectural model rendering. In order to discuss possible adaptations in greater detail, please do not hesitate to contact the source directly with specific needs.