Vase oval twisted with muscle structure widened top 3D print model

Vase oval twisted with muscle structure widened top 3D print model

cgtrader

This 3D model is well-suited for VR, real-time applications, 3D printing, architectural interior scenes, visualizations, animations and any other CG project requiring precision detail. Created at an accurate real-world scale, this model is both 3D printable and adaptable to various rendering methods. The initial version was developed with 3ds Max 2016, allowing for effortless export into a range of compatible formats. For increased resolution, the model can be further subdivided, creating additional complexity while maintaining seamless cohesion. One cohesive geometry object comprises this model, ready to be broken down and refined through subdivision techniques. A Turbosmooth modifier atop the mesh has already undergone two iterations, ensuring polished surface finish quality. Centrally positioned at the scene's origin point, the 3D model is fully optimized for easy handling. Simple yet effective rendering is facilitated using Vray 3.0 in combination with standard material from Vray, while also boasting an absence of texture details. Please note that this scene contains only geometry, without the necessary illumination setup required for complete and immersive visuals. However, our skilled team is at your service if any slight adjustments or custom modifications are needed, contact us to tailor the 3D model to fit your project's exact needs. Measuring dimensions for successful 3D printing: a precise height of 7,641 cm paired with width of 7,642 cm and depth measuring 14,746 cm ensures accurate reproduction and stability in its real-world equivalent.

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With this file you will be able to print Vase oval twisted with muscle structure widened top 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 oval twisted with muscle structure widened top 3D print model.