Vase squeezed and bent hexagon with bent extruded lines 3 3D print model

cgtrader

This highly detailed, photorealistic 3D model is fully optimized for seamless integration with any Virtual Reality experience, real-time applications, or computer-generated project. Perfect for use in architectural interior scenes, engaging visualizations, dynamic animations, or cutting-edge CG endeavors. Initially created using the latest version of 3ds Max, this exceptional 3D printable model boasts a correct real-world scale and intricate details that set it apart from similar models. It is highly versatile and adaptable, offering endless possibilities for customizing its features to suit your unique needs. At its core, the model exists as one singular solid geometry object, primed for subdivision and further refinement to increase resolution as needed. Furthermore, this remarkable model has been enhanced with the addition of a Turbosmooth modifier on top of its mesh geometry, boasting two expertly crafted iterations that elevate its aesthetic appeal. Centrally positioned at the origin of the scene, the 3D model presents itself for effortless rendering, thanks to its streamlined compatibility with Vray 3.0 and straightforward use of simple Vray standard materials. It boasts a notable absence of textures, making it effortlessly easy to incorporate into your desired project without any visual or technical distractions. It's worth noting that the provided 3ds Max scene lacks an illumination setup; however, this is not a hindrance as users can quickly integrate their preferred lighting solution. For those who require precise dimensions for printing, know that this model stands at a remarkable 10.216cm in length by 10.607cm in width by 28.736cm in height. We encourage any requests for modifications to be directed towards us; we are committed to meeting your specific requirements with tailor-made adjustments that not only preserve the integrity of the original design but also exceed your expectations in terms of both form and function.