Bowl helix with bubble grid lattice 3D print model

cgtrader

Highly Detailed 3D Model Ideal for Immersive VR Experiences, Real-Time Applications, and Precise Architectural Visualizations. The intricate model boasts perfect real-world scale dimensions, making it a reliable choice for a variety of complex graphics projects, including 3D printing, architectural visualizations, animations, or any other Computer-Generated imagery endeavor. Initially designed using 3ds Max 2016, the model has been expertly converted to multiple formats for effortless incorporation into various creative workflows. For users requiring more refined visuals, this exceptional 3D model can be seamlessly subdivided to increase its resolution and complexity. This precision-crafted geometry object was specifically created as a single, unified entity ready for subdivision and modification to meet specific requirements. To optimize performance and achieve precise results in demanding rendering environments, the 3D model features TurboSmooth modifier with two iterations, fine-tuning mesh geometry without sacrificing detail or quality. By default, the 3D model is perfectly centered at the scene's origin, allowing users to focus on their creative vision without worrying about model placement. The lighting and illumination setup for the scene are deliberately excluded to accommodate custom setups or to integrate the model into pre-existing visualizations. For high-quality 3D printing applications, this outstanding model boasts impressive dimensions of 23,922cm in length, 24,028cm in width, and 12,332cm in height, providing a truly remarkable visual experience when rendered using Vray 3.0 with standard material settings. To guarantee precise accuracy and authenticity in rendering the 3D model's true-to-life texture, the illumination setup is intentionally left out of the original 3ds Max scene. We can readily adjust or refine the model according to specific needs. Simply contact us if you require a bespoke version tailored to meet your exact creative demands.