Vase twist puffy tipped triangle with curved creases 3D print model

Vase twist puffy tipped triangle with curved creases 3D print model

cgtrader

High-Quality 3D Model Designed for VR and Real-Time Applications, 3D Printing, Architectural Visualizations, Animations, and More. Created with correct real-world scale, this detailed model is ready for subdivision to increase its resolution and level of detail. Originally developed using industry-leading software, it's been exported into multiple formats for versatility and ease of use. Subdivided to enhance its geometric precision, this solid geometry object offers superior render quality, perfect for high-definition 3D visualizations. The Turbosmooth modifier is expertly applied on top of the mesh geometry with two iterations, ensuring smooth, natural transitions between different sections of the model. Centrally positioned at the origin point of the scene, it's optimized for seamless integration into your project. Rendered using Vray 3.0 and basic materials, this model showcases minimal yet striking texture work that enhances its realistic aesthetic appeal. Please note that lighting settings are not included within the 3ds Max file; however, rendering requirements are outlined in detail to facilitate easy scene assembly. Dimensions of the 3D printed model measure 7.98cm, 7.866cm, and 20.69cm for an accurate fit with standard 3D printing specifications. This versatile asset is readily adaptable to accommodate various design changes or modifications based on specific requirements. Reach out to us for expert customization options, as we are always open to revising the model according to your exact specifications.

Download Model from cgtrader

With this file you will be able to print Vase twist puffy tipped triangle with curved creases 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 twist puffy tipped triangle with curved creases 3D print model.