Vase squeezed and bent hexagon with twisted diagonal grid bulges 3D print model

cgtrader

This highly detailed 3D model is tailored for virtual reality, real-time applications, and architectural visualizations, making it suitable for a wide range of computer-generated projects. Designed to achieve precision and realism, this 3D printable model features exact real-world measurements. Originally created using industry-standard software, Autodesk's 3ds Max 2016, the model has been exported into various compatible formats to meet diverse user requirements. By further subdividing the object, its resolution can be significantly increased, while retaining a cohesive visual integrity. Notably, this 3D model was designed as a singular, solid geometry entity from inception, facilitating easy subdivision and enhanced resolution through various modifier techniques. Additionally, it features an optimised topology with TurboSmooth modifier applied on top of the underlying mesh, following a two-iteration workflow to ensure maximum efficiency during the rendering process. Centered precisely at the origin point in its native 3ds Max scene environment, this 3D model remains freely scalable and easily editable, allowing users to modify its form and shape as per their project's requirements. Furthermore, the model has undergone extensive lighting analysis using the highly regarded Vray 3.0 rendering software. A basic, standard Vray material was employed during this phase of creation, eschewing the need for intricate textures, resulting in a clean, visually striking aesthetic. The scene is ready to accommodate additional design elements or environments. In terms of physical print dimensions, the model's parameters are: length 10,106cm; width 10,41cm; and height 26,886cm. Should you require any customisations or alterations, please feel free to contact us directly to discuss your vision further, as our experts will be delighted to tailor the 3D model to suit your project's precise needs.