Cube with Tetrahedron inside 3d models

truncated tetrahedron, regular polygons, Archimedean solid.Усеченный тетраэдр, архимедово тело, выпуклый однородный многогранник.

Simple 25mm x 25mm x 25mm tetrahedron I use for calibration.

This demonstrates a basic illustration of boolean operations in Catia V5, employing standard tetrahedrons as examples.

A truncated tetrahedron is classified as an Archimedean solid, characterized by its geometric structure.

A collection of printable tetrahedrons designed to link together into wearable, ring-like structures.

A Solid Works illustration displays the structure of a star tetrahedron.

Designed truncated tetrahedron for fun, almost exactly equal edges length, off by probably a few decimals.

Designed truncated tetrahedron for fun, almost exactly equal edges length, off by probably a few decimals.

intersection of 4 spheres on the corners of a tetrahedron OpenSCAD code dead simple

... the math involved is remarkably straightforward. A visit to Wikipedia provided me with all the necessary information: https://en.wikipedia.org/wiki/Equilateral_triangle. ... With a simple module in place, I decided it was time to share my findings.

... 4 model is scaled to use maximum ABP space; ensure the front right wiring is secured. Print with caution as it barely prints with a stepper-driven extruder and could be fragile. ...However, a broken order 4 model results in four order 3 models.

You can build a tetrahedron of any size you desire with four identical Morocan spiky stakes and 4 vertices. It is made up of cooking pick-stakes that are 3 mm in diameter. ... The interior diameter used in FreeCad is 3,6 mm, (r=1.8 mm), but on each...

To bring my fascination to life, I designed a tetrahedron connector - a model specifically crafted to connect wooden or similar dowels in the shape of a tetrahedron. If you're looking to create one object, you'll need to print four of these...

For further inspiration, please refer to this example of an object printed with 64 tetrahedrons at 50%: https://www.thingiverse.com/thing:4350911 This creation would make a fantastic Christmas ornament for math enthusiasts in your life! ... Another...

Four concentric spheres intersect to form a Reuleaux tetrahedron, their centers anchored at each vertex of a tetrahedral shape.

A tetrahedron star I made. This print needs supports. ...Orientation depends on what works best for you.

A tetrahedron star I made. This print needs supports. ...Orientation depends on what works best for you.

Kid's toy cube for playing with vowels.

There are also some supports for the switch inside the object, similar to one of these switches: Adafruit Industries Breadboard-friendly SPDT Slide Switch. The inner measurement of the holder for the switch is 11.5mm X 5.85mm. I designed a battery...

I crafted a mesmerizing Reuleaux Tetrahedron for our table at the Maker Faire following the principles of the Reuleaux Triangle puzzle.

I prefer smaller objects, this is the reduced version of my previous gear tetrahedron. (It's not scaled, it's a complete remix.) New: There are new pinpegs. Standard pinpegs have two sides and are too long for the small central piece. So I've...

This is the "Whirly Tetrahedron Desk Decoration" by the :azy Engineer on Cults3D: https://cults3d.com/en/3d-model/art/whirly-tetrahedron-desk-decoration As you can see, I printed this at a much larger scale (250%) to fill the entire bed of the...

This design creates an object of consistent width, commonly referred to as the Meißner Tetrahedron, which itself is a slightly modified Reuleaux tetrahedron. Print three of these tetrahedra and place something flat on top of all three, and it will...

... desk figures, and I'm excited to share them with you. Your feedback is invaluable; feel free to offer suggestions or make requests anytime. Check out the original Decoration Cube designed by Ben Sch at https://www.prusaprinters.org/prints/4549.

Customization options include third_edge_angle = 90, first_edge_revolution_angle = 0, edge_hole_deep = 20, sixth_edge_angle = -1, fourth_edge_angle = -1, second_edge_revolution_angle = 0, fifth_edge_angle = -1, width = 14, main_hole_slack = 0,...

This is a three-dimensional shape known as a Reuleaux tetrahedron, measuring 30 units on each side. Its unique design results in a surprisingly consistent thickness throughout the entire solid. ...Enjoy exploring its dimensions!

Here is the rewritten version of the given input: FCC Metals' most commonly cited diagram is the Thompson's Tetrahedron, serving as an essential visual aid to study dislocations within crystalline structures of those materials.

Truncated tetrahedron is the 1st of the 13 archimedian solids. ...It is made parametric using only a side as a driving dimension, and using only geometric relations and surfaces to built it

... 6 300mm Sierpinski Tetrahedron. - added more support for order 6 - changed how "stick" was used to not shift the tetrahedron; so that it's tip would not get cut off - added lines (commented out) to produce order 0,1,2,3,4,5 from order 6 size 300.

Despite numerous existing models on Thingiverse, this particular model leverages OpenSCAD to illustrate the process of transforming a Reuleaux tetrahedron by smoothing three of its edges. I have also included an .STL file split into two manageable...