Bowl compressed 2 with dense organic lattice 2 3D print model

cgtrader

This high-definition 3D model is fully optimized for use in virtual reality experiences, real-time applications, 3D printing, and various other computer-generated project scenarios. With its precision-engineered dimensions accurately scaled to match the real world, this 3D printable model boasts correct scale proportions, allowing users to print a true-to-life replica. Originally crafted using 3ds Max 2016, the model has been effortlessly converted into multiple file formats, expanding its compatibility and ease of use across various digital tools. This highly customizable model is ready for further subdivision, which enables it to achieve incredibly detailed resolutions. Built from one cohesive geometry object, the 3D model allows seamless division and refinement without compromise on visual quality. Enhanced by the application of a Turbosmooth modifier, this high-definition model boasts smooth, organic shapes that rival real-world complexity. The mesh geometry has undergone two meticulous iterations to refine its details, ensuring unparalleled depth and definition. Centralized at the scene's origin point, this model can be effortlessly manipulated or rotated without constraint. Its photorealistic appearance was achieved using Vray 3.0, with a standard material that brings authenticity and accuracy to its virtual surface. No textures are applied to this pristine model, allowing users to explore its smooth finish and subtle details unencumbered by distractions. Unfortunately, the associated 3ds Max scene does not include illumination settings, requiring users to manually establish the desired lighting effect for optimal results. With an expansive footprint of approximately 19.256 cm x 15.722 cm x 13.107 cm, this model is tailor-made for high-quality 3D printing projects. If further adjustments or customizations are necessary, simply reach out – we're more than happy to assist in crafting a modified version that meets your specific needs and requirements.