Vase double twisted large with wide collapsed top and squeeze... 3D print model

Vase double twisted large with wide collapsed top and squeeze... 3D print model

cgtrader

This highly detailed 3D model is designed for optimal performance in immersive VR experiences, real-time applications, and other cutting-edge CG projects. Its exceptional scale ensures it looks and feels exactly as intended in real-world architectural scenes, visualizations, animations, or any other complex 3D setting. As a 3D printable model, its precise measurements are scalable to suit your needs. Initially crafted with 3ds Max 2016, the file can easily be converted into multiple formats for greater versatility. The model's geometry is fully divisible to refine its resolution as desired, creating an incredibly detailed environment for visualization or other purposes. What's more, it is presented in one solid geometric entity, optimized for subdivision. Featuring a TurboSmooth modifier with 2 iterations, the mesh achieves a remarkable balance of simplicity and intricacy. Situated at the scene's origin, this versatile model requires minimal setup to achieve its full potential. Built using Vray 3.0, this intricate design showcases stunning photorealism thanks to its standard material with no textures. Although the 3ds Max file does not contain any illumination settings, it provides a solid foundation for customization and further refinement. Ideal dimensions for 3D printing include: - Height: 778cm - Width: 778.5cm - Depth: 1937.6cm Feel free to adjust or modify the model as per your needs. Simply get in touch if you're looking for any alterations, and we'll work closely with you to achieve the perfect result.

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With this file you will be able to print Vase double twisted large with wide collapsed top and squeeze... 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 double twisted large with wide collapsed top and squeeze... 3D print model.