Vase top bent rectangle with smooth cuts and bulges  3D print model

Vase top bent rectangle with smooth cuts and bulges 3D print model

cgtrader

This high-definition, immersive 3D model is designed to thrive in various VR experiences, real-time applications, architectural interior scenes, visualizations, animations and computer-generated projects. With meticulous attention to detail, the model features accurate real-world dimensions and can be effortlessly scaled to fit your needs. Initially created using 3ds Max 2016 software, this dynamic model has been expertly exported into a range of formats for enhanced compatibility. The 3D model boasts incredible subdivision potential, allowing it to be finely detailed with minimal effort. As a single solid geometry object, this stunning model is primed and ready for seamless subdivision, guaranteeing crisp visuals without any added complexity. Turbosmooth modifier has been expertly layered atop the mesh geometry, providing an elevated level of precision through 2 precise iterations. Carefully centered at the origin of the scene, the 3D model ensures perfect symmetry in any VR experience or application. Rigorous rendering was executed using Vray 3.0 and a simple yet effective Vray standard material, complete with effortless integration – no additional textures needed! While this high-fidelity 3D Max scene remains free from illumination setup distractions, your freedom to innovate and adapt is endless. Model dimensions for 3D printing purposes: height: 8.149 cm; width: 8.454 cm; length: 23.895 cm. Feel free to tweak or adjust this versatile model as you see fit – all it takes is a simple request, and we'll work closely with you to refine your vision.

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With this file you will be able to print Vase top bent rectangle with smooth cuts and bulges 3D print model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Vase top bent rectangle with smooth cuts and bulges 3D print model.