Vase rose spikes with smooth cuts and extruded top pimp up top 3D print model

cgtrader

The model is designed to thrive in virtual reality and real-time applications, including 3D printing and architectural interior scenes. Visualizations and animations can also be enhanced using this Computer Generated (CG) project asset. The model has correct real-world dimensions and is printable with high-resolution capabilities. This model was initially created using Autodesk's 3ds Max software version 2016, before being exported into various compatible formats. Further subdivisions are feasible to boost resolution. Originally constructed as one seamless solid geometry object, it can be quickly modified or subdivided for enhanced details and better image rendering performance. Advanced level subdivision techniques were used to create this detailed model with a Turbosmooth modifier at its core. This process utilized 2 key iterations in generating intricate geometries within the mesh. As an additional point of note, the object's central axis aligns perfectly with the origin coordinates of its respective environment. To add another dimension of realism, it has been rendered using the cutting-edge V-Ray 3.0 application. For material rendering purposes, simple V-Ray standard materials have been employed without incorporating any textured overlays to achieve optimal efficiency in both visual accuracy and speed. A critical piece of information worth highlighting is that this particular scene contains absolutely no settings for lighting; this will enable the creative users total flexibility in creating their own distinct ambiance with an unobstructed lighting setup. For prospective buyers planning on printing out these designs, detailed model measurements include: a width of 99.97 cm, a height of 100.14 cm, and depth 117.48 cm. Keep in mind that adjustments or minor alterations to the project can easily be made based on client requests; merely contact us directly if your vision needs some refinement or tweaks for customization purposes.