math spinners 3d models

DuPont engineers crafted cutting-edge Corian material that elevates the traditional concept of wall paneling into the third dimension, resulting in dynamic and innovative 3D solutions for various interior designs and applications.

This is a detailed, highly structured object with robust geometric topology in complete harmony with 3D printing best practices and regulations. It forms a single solid entity where multiple components are expertly welded together to create an...

This object is structured according to rigorous topology guidelines specific to three-dimensional printing procedures and standards. The entity remains as a unified whole with no visible joints or separations, in line with these requirements. To...

The design adheres strictly to manifold topology in compliance with the established rules of 3D printing and industry standards. A singular, cohesive solid structure has been engineered. This model is optimized for seamless integration within...

The individual hangs a necklace, which functions as a token of esteem or wealth.

A Borromean surface turned into an interesting Vase. ... Size: 150x150x180mm Wall Thickness: 2~3mm You can 3d print it with ABS, PLA.

This is a Cosine surface i turned into a decorative bowl. Size: 180x180x90mm Wall thickness: 2~3mm http://youtube.com/watch?v=JG_PT6xb9Xo This design is licensed under the Attribution - Non-Commercial - Creative Commons license. ... © 2012 by...

Solid models that conform to strict three-dimensional printing guidelines and standards are created. One complete, unbroken object is designed to be compatible with higher versions of 3dsMax. The low poly version in the OpenSubDiv modifier stack is...

Solid models are constructed using manifold topology that strictly adheres to established rules and standards for 3D printing. They work seamlessly with versions of 3dsMax from 2017 onwards. Dimensions for these models include a maximum X-dimension...

Borromean Rings - 3 separated shells weaved into one another with an organic "touch". Size: 100x100x30mm Wall thickness: ~2mm This design is licensed under the Attribution - Non-Commercial - Creative Commons license. ... © 2012 by Dizingof

Manifold Topology Solid for Reliable 3D Printing Results The Model Meets Industry Standards for Precision Fabrication Designed Specifically for 3dsMax Software Users Starting from Version 2017 and Upwards Dimensions as Specified: X-axis Measures...

A "Triple II Corkscrew" surface i transferred into this beautiful decorative design. Size: 100x100x180mm Wall thickness: 2mm Turntable GIF: http://bit.ly/KGxMzN This design is licensed under the Attribution - Non-Commercial - Creative Commons...

Mortal's favorite jewelry piece rests elegantly about their neck.

-- Engineered with precise manifold topology to meet 3D printing requirements and industry standards. \n-- Designed specifically for seamless integration with 3dsMax 2017 or later, ensuring flawless workflow and rendering accuracy. \n-- The...

-- Seamless topology adhering to strict 3d Printing protocols and conventions. -- Singular, consolidated solid unit. -- Designed for compatibility with 3dsMax 2017 or later iterations. MAX scene file is provided. -- The MAX scene file incorporates a...

This object is designed with a solid, three-dimensional structure that meets the standards of 3D printing. It exists as one unified, welded piece. This model is compatible with versions of 3ds Max 2017 and above. The file provided includes a MAX...

Summary I Employ This Formula To Craft My Sand Castle: z = cos(x)^1.5 * cos(y)^1.5. Next, I Pursued A Way To Amplify The Central Peak. ...After Conducting Extensive Research, I Uncovered This Formula: z = -(cos(x) * cos(y) * (-2 * (e^(-0.25 * (x^2 +...

This package includes numerous assets to ensure successful and precise replication of the object. Topological structure is carefully designed, aligning with current 3D printing protocols. High-performance base mesh and optimized geometry can be...

Customized version of https://www.thingiverse.com/thing:3598004 Created with Customizer! ...https://www.thingiverse.com/apps/customizer/run?thing_id=3598004

This creation originated from Tinkercad. ...Modify it instantly at https://www.tinkercad.com/things/0f1i6m2c7hj.

I designed this beautiful shape using Surface Evolver. Size: 100x100x100mm Wall thickness: 3~4mm 3D print it with ABS , PLA or Metals using high quality services such as http://ponoko.com or http://i.materialise.com ...

Using fractals software i designed this REAL Twister Vase ;) Size: 125x125x150mm Wall thickness: exactly 3mm. Base diameter: 7cm 3D print it with ABS, PLA. This design is licensed under the Attribution - Non-Commercial - Creative Commons...

Crystal Bowl, designed with Fractals. 3D print it with natural PLA or ABS for the "see thru" effect. Size: 150x150x110mm Wall thickness: exactly 3mm all over. You can also 3D print it with Glazed Ceramics at http://figulo.com or http://ponoko.com...

<p>playing with <a href="https://github.com/curv3d/curv">https://github.com/curv3d/curv</a> which can create some fantastic models decided to make an earring.</p>

Blossom Vase - Designed with Fractals software. Different "blossoming" on each side of the Vase. Size: 150x150x150mm Wall thickness: exactly 3mm (all over) 3D print it with ABS, PLA. This design is licensed under the Attribution -...

This object was designed using Tinkercad. ...Modify it online at https://www.tinkercad.com/things/6ZAXxG9rYB2

Schematic files and blueprint images are included in the download for Minecraft enthusiasts. The build is showcased with stunning shaders in this Minecraft video! ...(https://youtu.be/x-v7R3-1VyY)\nIf you're interested in a custom build, email your...

I start by applying this equation to build my sand castle: z equals cos of x raised to the power of 1.5 times cos of y raised to the power of 1.5. Next, I investigate ways to maximize the central peak of my castle. ...After some research, I discover a...

<p>Considering the number of parents now needing to teach their kids at home, I designed this simple model to provide a visual learning aid for addition, fractions, etc.</p> <p>They also double as fun play cubes for robot making etc.</p> <p>These...