Liczymy pasujące modele…
The Gömböc is a fascinating mathematical object with a unique geometric property: it has only one stable equilibrium point and one unstable equilibrium point. This means that when placed on a flat surface, it will always return to its…
The (Almost) Mathematical Perfect Christmas Tree – Now in 3D Print! 🎄 If you thought perfect geometry and festive aesthetics don’t belong together, prepare yourself: this Christmas tree is engineered so precisely that even Pythagoras…
A cube where the common mathematical operators (+, -, *, ÷). a relational operator (=) and the ratio symbol (%) are applied to each side of the cube, created using BlocksCAD. The corners and edges have been chamfered to remove sharp…
Matematické kostky se hodí jako aktivizační cvičení pro dvojice a náhodného faktoru do her. Odkaz na model v Tinkercadu: https://www.tinkercad.com/things/8qfMKeb6SHq-matematicke-kostky?sharecode=y-ftxwRtcXzJ20yuX4SlFiR0OXaLLGac_-POfUyrqp0
Modely matematických vět jsou vhodné při úvodu do matematiky a pro žáky, kterým dělají tyto operace problém. Odkaz na model v Tinkercadu:…
A math table for schoolchildren counting up to 20. This is a complete set for practicing multiplication. Ten-faced dice are used for random generation of examples and figures for indicating results. Pegs again I defined examples. Please…
This a nice puzzle as designed by lorenzo @lorenzo_540536 here in Printables. The goal is to have the same total of the numbers on each and all the spokes. For example we could have on one spoke the sum 13+3+12= 28, on another: 6+20+2=28.…
I made a nice Numbers and Digits - Mathematical Signs Kids can learn from it You can use it as number board Numbers and Digits - Mathematical Signs- Frames 101.25 x 125 x 10 mm - for the left frame 102.5 x 125 x 10 mm - for the Middle…
Mathematical clock face for self printing. Two files are provided for printing face down for AMS or MMU and face up for non-variable color printers. diameter size 21cm = 210mm thread hole diameter: 0,8cm = 8 mm
VoronoiBowl is an elegant decorative piece that combines mathematical precision with artistic design. This stunning bowl features an intricate Voronoi pattern, creating a unique mesh-like structure that transforms a simple bowl into a…
The Gömböc is a fascinating mathematical object with a unique geometric property: it has only one stable equilibrium point and one unstable equilibrium point. This means that when placed on a flat surface, it will always return to its…
The beads are generated by OpenSCAD with rotating cones. As the fragment number used to make the circles used are changed the beans themselves look very differently.
Here is an earring that is made from a Space Filling Curve. Printing it is very straightforward. My test version was quite brittle and flexible. Therefore, I would print with 100% infill if I made a new one. If you want to learn about the…
The (Almost) Mathematical Perfect Christmas Tree – Now in 3D Print! 🎄 If you thought perfect geometry and festive aesthetics don’t belong together, prepare yourself: this Christmas tree is engineered so precisely that even Pythagoras…
A cube where the common mathematical operators (+, -, *, ÷). a relational operator (=) and the ratio symbol (%) are applied to each side of the cube, created using BlocksCAD. The corners and edges have been chamfered to remove sharp…
Matematické kostky se hodí jako aktivizační cvičení pro dvojice a náhodného faktoru do her. Odkaz na model v Tinkercadu: https://www.tinkercad.com/things/8qfMKeb6SHq-matematicke-kostky?sharecode=y-ftxwRtcXzJ20yuX4SlFiR0OXaLLGac_-POfUyrqp0
Modely matematických vět jsou vhodné při úvodu do matematiky a pro žáky, kterým dělají tyto operace problém. Odkaz na model v Tinkercadu:…
Mathematical Art: The Inverted Oloid Overview This model is a unique take on the Oloid , a three-dimensional curved geometric object discovered by Paul Schatz in 1929. Unlike a standard solid oloid, this inverted oloid features a…
The Oloid is a fascinating geometric form created from two identical perpendicular circles, each centered on the other’s circumference. First discovered by Paul Schatz in 1929, the oloid is known for its elegant shape and extraordinary…
This set of coasters was an offshoot of some lattice generation work that I needed to do for my own graduate research, so I figured I could just make my python script spit out a 2d coaster of every structure that made sense! What Are…
A two-part print for a replica of Adric's Star of Mathematical Excellence from the era of 4th Doctor Who and travelled with the 5th too. More information about Adric at: https://tardis.fandom.com/wiki/Adric A simple task in Tinkercad, and…
This beauty is a bit tricky to print. PETG and PLA both worked well, just ensure your bed is clean and sticky, and your stringing game is on point ;D
High res version created locally with openscad and this script: http://jsfiddle.net/threonin/3j2c2pwe/ functions in polar coordinates: f(x) =x/15+sin(x?5)^2?2 g(x)=?x/15+sin(x?5)^2?2 Category: Math Art
High res version created locally with openscad and this script: http://jsfiddle.net/threonin/3j2c2pwe/ functions in polar coordinates: f(x) =x/20+sin(x?50)/15 g(x) =?x/20+sin(x?50)/15 It's a little streched out as the x-axis was wider…
I got the idea for this model from a YouTube video, so the principal layout isn't mine. Can't find the video for reference. The mathematics behind it is not terrible hard. But when it turns it's somehow mesmerising. As a lot of these kind…
The goal is to place the numbers placed on the discs in such a way that for each row of 3 numbers the sum is the same, so for example we could have on one row the sum 13+3+12= 28, on another: 6+20+2=28, if on all the files we always read…
Fun, quick and light little ornament to test the bridging capabilities of your printer. Satisfying to watch being printed too. Under 2 grams of filament! One version with a hook and one with a loop available. Print with 0,2mm layer height…
This is a tool helping kids to understand a mathematical fractions.
This is a model of the mathematical object known as Gabriel's Horn ( Wikipedia article , Numberphile video ). It is a revolution around the x-axis of the equation y=1/x, from x=1 to infinity. Obviously my mk3s+ does not have an infinite…
Introduction This Spiraling Mathematical Drawing Toy has mathematical features. It has a pen hole on the tip of a gear tooth which is located at the pitch radius of the virtual circle. All gears fit together in every way. All pen holes…
We've been developing these pool toys, so that we could have a sinking diving toy that shields various point values from view until they are retrieved. We've included several point values, including some with plus points, some with minus…
This 3D design is the perfect tool for exploring mathematical balance and the basic principles of numbers. With different weights and positions, children and students visually learn mathematical operations by balancing the scales. Solving…
