Vase taper twisted with muscle structure and extruded top twi... 3D print model

cgtrader

This 3D model is well-suited for real-time applications in VR, 3D printing, and various architectural visualizations and animations within the CG domain. The 3D model possesses realistic world scale properties and is capable of being subdivided to increase its level of resolution. This subdivision allows for the further refinement of details at the model's highest point. Originally created using 3ds Max software in version 2016, the model can be easily exported to a range of formats due to compatibility. A single solid geometry object comprises the model, providing the flexibility needed for various forms of rendering and animation within CG environments. Incorporated at its base is the Turbosmooth modifier along with two iterations applied on top of its mesh geometry, which gives it smooth finish quality suitable for photorealistic applications. Centered directly at the origin point of the scene, positioning adjustments are readily made if required. Utilizing Vray 3.0 software, rendering processes are carried out using simple yet highly detailed Vray standard materials without any application of textures to its surface area. Consequently, model visualization remains unadulterated by excessive detail found within material and texture complexity. Presented in its original form is the unmodified 3ds Max scene devoid of all setup parameters necessary for rendering illumination, facilitating model adaptation with other existing setups in your scenes without potential disruptions or incongruences arising from compatibility differences between environments. As for size and resolution compatibility: this highly scalable design ensures model integrity throughout various dimensions used by 3D print models. Measuring in at an impressive length of 12,538cm alongside the same height and a considerable width of 17,531cm for precise details and complete control, this level of customizability enhances every visual experience, allowing precise adjustments to be carried out during finalizing render stages. This versatility, along with our willingness to customize designs according to customer requirements, further supports its value as both the core asset in creating an intricate model visualization that captures real-life accuracy within complex computer-generated environments, making it a key piece in crafting highly believable visual and realistic worlds.