Vase vortex smooth with twisted extruded lines 3D print model

cgtrader

Highly Detailed 3D Model Ready for VR and Real-Time Applications, Architectural Scenes, and 3D Printing. This comprehensive 3D model is optimized for use in real-time applications, including immersive virtual reality experiences, dynamic architectural scenes, stunning visualizations, captivating animations, or any other computer-generated project. With its accurate scale, the model can be scaled to suit your specific requirements. Created with advanced 3ds Max 2016 software and exported in various formats for seamless integration into your project pipeline, this model features precise geometrical data. To refine the resolution of this design even further, it can be subdivided using subdivision techniques. This sophisticated model has been crafted as a single solid object, awaiting further detail refinement to elevate its level of precision. By integrating the Turbosmooth modifier atop the intricate mesh geometry, achieving enhanced smoothness through two detailed iterations is possible. Strategically placed at the origin point of the scene, this highly refined model provides flexibility and convenience. During rendering, Vray 3.0 software was employed in conjunction with a simple Vray standard material. However, to note, there are no incorporated textures. Consequently, your project's visual identity remains uncomplicated, yet effectively realized through Vray 3.0 technology. As for illumination, our 3ds Max scene does not include a predefined setup, thereby providing flexibility for you to incorporate your preferred lighting scheme and elevate the depth of your final composition. Specifications: * The optimal print dimensions for this detailed 3D model are set at 12,852cm x 13,443cm x 21,453cm. * We're open to revising or refining our existing models based on specific client needs. If a slight adjustment to this 3D design is desired, feel free to reach out, and we'll work together to refine it accordingly. Stay creative and explore the full potential of this meticulously crafted 3D model.