Vase twisted arc quadratic with diagonal grid dents 3D print model

cgtrader

This highly detailed 3D model is tailored specifically for seamless integration into Virtual Reality, real-time applications, 3D printing projects, architectural interior scenes, visualizations, animations, and other Computer Generated (CG) initiatives. Designed to print smoothly in three dimensions, the model retains precise real-world measurements, guaranteeing a faithful reproduction. Originally created using industry-standard software 3ds Max 2016, it has been effortlessly exported into compatible formats. To optimize its performance for even the most complex CG projects, this robust model can be effortlessly subdivided, instantly boosting its resolution. What's more, the entire geometry object was initially built as a single entity, pre-configured for easy subdivision. This allows for effortless adaptation to any project requirements. Enhanced with a TurboSmooth modifier on top of its robust mesh geometry and executed through two iterations, this model guarantees stunning realism in real-world renderings. To simplify the rendering process, we have centered it precisely at the origin of each scene, ensuring an efficient workflow. A crisp and detailed visualization of the model is facilitated by our use of V-Ray 3.0 coupled with simple V-Ray standard materials. Since textures were omitted to emphasize a no-frills approach, this streamlined method significantly reduces processing time, resulting in swift production and uncomplicated distribution. The comprehensive illumination setup necessary for captivating visualizations remains separate from our provided scene files. Therefore, rendering the model independently will not conflict with external lighting elements. Dimensions specifically designed for 3D printing read: 10.575cm by 10.838cm by 20.694cm. A modification or customization can easily be accommodated if required; merely get in touch to commission a revised version of this exceptional 3D model, custom-crafted for any distinct vision.