Vase slim tall with muscle structure streched top corner 3D print model

cgtrader

High-quality 3D model suitable for use in immersive virtual reality experiences, real-time applications, and architectural visualizations that push the boundaries of cutting-edge computer-generated imagery. The model is expertly designed to be compatible with various 3D printing technologies and boasts an authentic scale reflecting real-world dimensions. The 3D model was originally crafted using the latest version of Autodesk's industry-standard 3ds Max software and then exported into multiple formats to accommodate diverse workflows. Users can further refine its resolution by subdividing it, creating detailed scenes with remarkable precision. As a single, seamless geometry object, the model is primed for subdivision and subsequent enhancements. Moreover, a Turbosmooth modifier is expertly layered on top of its mesh structure, resulting in an increased level of detail achieved through 2 iterations of refinement. By default, this highly detailed model is centered at the origin point within its native scene, awaiting further creative manipulation. Rendering tasks are effortlessly executed with the industry's premier Vray 3.0 rendering engine and standard materials. Importantly, textures have been kept to a bare minimum, freeing artists to unleash their imagination without being limited by existing visual templates. Voluminous renderings have already confirmed that this incredible 3D model holds vast creative potential when placed against photorealistic backgrounds and lighting setups – however, users should note that its native scene configuration does not come equipped with pre-existing illumination systems. When it comes to preparation for physical printing, dimensions stand at 8.733 cm by 8.734 cm, culminating in a stunning height of 14.305 cm. Our designers welcome custom requests and eagerly collaborate on projects, accommodating any needed alterations with an enthusiastic response, allowing them to create revised, unique iterations of this captivating model.