Bowl wide cylindrical with twisted sharp muscle structure squ... 3D print model

Bowl wide cylindrical with twisted sharp muscle structure squ... 3D print model

cgtrader

The 3D model is optimized for high-performance VR, real-time applications, and other demanding uses like 3D printing and architectural interior visualizations. With its accurate scale based on the real world, this model is perfect for bringing detailed scenes to life through animations or other computer-generated (CG) projects. Created in 3ds Max 2016, the model can be exported into various formats and seamlessly adapted to fit specific needs. For even more precision, users can easily subdivide it further, increasing its resolution. This 3D model starts as a single solid object, ready for subdivision and built with the Turbosmooth modifier applied directly to its mesh geometry after two iterations. For easy access and precise placement, the center of this model is conveniently set at the origin point of the scene. The rendering was done using Vray 3.0 software along with basic Vray standard materials; note that there are no textures involved in this project. The illumination setup itself wasn't included in the original 3ds Max scene provided for you, though it can easily be added according to your specific requirements. For precise measurements on its 3D print capabilities, consider these dimensions: a massive 19,359 cm high and just as wide in all directions, stretching at its maximum depth of 9,231 cm. Should the original model require modifications, feel free to contact us regarding your needs for a custom adaptation – whether that means a slight tweak or complete overhaul.

Download Model from cgtrader

With this file you will be able to print Bowl wide cylindrical with twisted sharp muscle structure squ... 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 Bowl wide cylindrical with twisted sharp muscle structure squ... 3D print model.