Vase twisted bent rectangle with random triangle plates 3D print model

cgtrader

This is a highly detailed, accurate and realistic 3D model suitable for use in various advanced virtual reality, real-time applications, 3D printing, architectural interior scenes, stunning visualizations, captivating animations or any other Computer Generated (CG) project. The intricately crafted model is fully compatible with 3D printing technologies and possesses a precise real-world scale. Initially created using the latest version of Autodesk 3ds Max software in 2016, it has been successfully exported to various file formats for widespread compatibility. For maximum visual flexibility, this exceptional 3D model can be easily subdivided further to enhance its resolution. Its fundamental geometry is composed of a single unified object, fully prepared for subdivision into smaller components. To optimize visual realism and minimize rendering times, the mesh geometry incorporates a Turbosmooth modifier with 2 iterations applied. This expertly crafted 3D model is centered precisely at the origin of its parent scene. For ultimate control over visual aesthetics, rendering has been carried out using V-Ray 3.0, employing simple yet effective standard materials that don't require any elaborate textures. Please note that the 3ds Max scene accompanying this magnificent 3D model does not contain the lighting configuration or any related setup files; instead, you're free to add your own custom illumination effects according to your personal preferences. Regarding practical considerations for physical reproduction of this design through 3D printing technologies, it is recommended to be aware that the specified dimensions for a high-quality print-out would translate into measurements of approximately 7.412 cm x 7.546 cm x 22.349 cm. If desired modifications or bespoke refinements are needed for your specific requirements, don't hesitate to reach out to our dedicated support team who will work with you closely to create any necessary custom changes and provide them back to you within the shortest timeframe possible.