![Math Object 0066 - Scherk-Collins Torus Pendant 3D print model](https://img1.cgtrader.com/items/910567/ee71248c9c/math-object-0066-scherk-collins-torus-pendant-3d-model-max-obj-stl-mtl.jpg)
Math Object 0066 - Scherk-Collins Torus Pendant 3D print model
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The object is built on a solid, three-dimensional manifold topology in accordance with strict 3D printing protocols and regulations. It features a welded, rigid framework as well as an open ring that functions like a bail hoop. This model is designed to be fully compatible with versions of Autodesk 3ds Max dating back to 2017 or later. A corresponding MAX scene file is included with the package. The attached MAX scene file incorporates a version of this object optimized for low-poly usage, complete with an OpenSubDiv modifier that can be added directly to the stack within 3ds Max. Here are some key measurements for the object: Length from one side of its edges (X-axis): approximately 30.76mm. Its corresponding width along its flat faces (Y-axis): precisely 9.956mm. The full height from base to top (Z-axis): measures 37.57mm. When printing, be aware that a minimum thickness is recommended at 1.2mm and should not exceed 3.5mm.
With this file you will be able to print Math Object 0066 - Scherk-Collins Torus Pendant 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 Math Object 0066 - Scherk-Collins Torus Pendant 3D print model.