The hinges are built to print together, fully assembled, using the "low" setting on a Replicator 2. What I'd really like is to have modular faces that you clip together after printing, since then I could make much larger polyhedra. Maybe another day...
This Math manipulative is designed to appear playful from the first look. It lies flat on desk top, so it will also work well with overhead projection systems.
Behind the mechanical fun there are several simple ratio exercises. The eight tooth "Idler" gear is supplied to add reverse rotation without affecting the ratios. Each interchangeable gear has built-in graphics to indicate the number of teeth as well as rotation position. Some gear ratio formulas can be found here: Wikipedia.
Rubber bands provide tension to keep the wheels engaged no matter what the combination.
This fraction teaching tool I have designed is called the Fractionator. Simply rotate the discs, and read off both the smaller, and the remaining fraction. Good visual guide to teach fractions. You could also use this as a starting point for teaching equivalent fractions.
Rubik's Cube. 3 plates easy to 3D Print. I used orbital gears instead of circular(sphere not rings). I believe that the movement will be more soft and flow. Very strong pieces. You can help me to do more things like this. Buy my designs at pinshape. The OpenSCAD file is there, you can change all.
Ultimaker 2+ recommendation: 0.2mm layer height, 0.4mm line width, 0.8mm wall thickness, enable Alternate Extra Wall, 25% infill, skirt
Golden Ratio Seahorse Gears. Animated GIF: Inspired by Nautilus Gears by MishaT: I added a new smooth running seahorse gear version (v3). The new version does not latch into a closed position and is suitable to drive with a motor, etc.
Want to impress you friends? Print out these weird looking gears for them! they will love it. Scale all 3 parts down by 50% Print them solid at 0.1 - 0.2mm layer height Lock the gears in place and spin the wheel! Have fun printing!
Ultimaker 2+ recommendation: 0.15mm layer height, 0.35mm line width, 0.7mm wall thickness, 15% infill, skirt, 50% scale. If you break the pins, enlarge the holes and use 2 M3x12 screws with nuts.
ALFRED CLEBSCH Rudolf Friedrich Alfred Clebsch (19 January 1833—7 November 1872) was a German mathematician who worked with algebraic geometry and invariant theory. He collaborated with Paul Gordan on Clebsch—Gordan coefficients for spherical harmonics, which are now widely used in quantum mechanics.The Clebsch diagonal cubic surface, or Klein's icosahedral cubic surface is a cubic surface is a well known form, all of whose 27 exceptional lines can be defined over the real numbers. This is a a representation of Clebsch's diagonal surface.
This launcher is designed for both of propellers and spinning tops. You can fly the propellers and also spin the tops by using one launcher. It is a new design, but it was inspired by Davidcolsson's propeller launcher. To fly the propellers and turn the tops, I also adopted the Davidcolsson's method of pulling a dragger.
The pantograph is the original scaling tool! It was first developed in 1603 so that Christopher Scheiner, it's inventor, could copy and scale diagrams with great precision. Something we now do in seconds with copy machines and computers was done entirely by hand back in the days of old.
This podiatric model can be used to study the skeletal compostion of the anatomy. The model is made in two parts, the left foot can be removed from the base and inspected seperately, while the base can be used as a mould to cast the impression of the foot.
Homo Naledi Skull Reconstruction - Lower Face by dricketts
Named Homo Naledi, this new species of an extinct early human ancestor discovered by the Rising Star expedition team near Johannesburg, South Africa has stunned the paleoanthropology and archaeology world, and in true scientific fashion, they have published scanned specimens of their find and published on morphosource.org for all to enjoy and participate in this extraordinary discovery.
Right hemisphere of the brain of Rajat Jain (25) obtained with an MRI scan and used in UCSF's and UCSD's glassbrain project.
Ultimaker 2+ recommendation: 0.2mm layer height, 0.4mm line width, 0.8mm wall thickness, 10% infill, enable support, skirt. Consider opening the file in MeshLab and applying Filters:Remeshing, Simplification, Reconstruction:Quadric Edge Collapse Decimation, and set the faces to 40K.
This is a model of Gale Crater, where the Mars Science Laboratory Curiosity is roving around and blasting holes in the landscape. It's 1:1925000 scale. The Curiosity Rover would be about two microns long, or about the length of one E. coli cell.
This thing is a bump mapped sphere that uses the planetary map data/images from Johnston Archive. Specifically, I used this one: I essentially used the same bump mapping technique I used on this bowl. That is, use the picture as a height map.
As a single coil 3d printed pulse motor, it has very little torque, and is basically useless except for science fair projects and bragging rights, but it is fun to assemble, fine tune, and test. Video of prototype.
A Pythagorean cup (also known as a Pythagoras cup, a Greedy Cup or a Tantalus cup) is a form of drinking cup that forces its user to imbibe only in moderation. Credited to Pythagoras of Samos, it allows the user to fill the cup with wine up to a certain level.
These are really fun to design and print. Each print job is fun since there's a slight element of randomness. The randomness is because we are deliberately "printing in the air" to create the "drooloops" (droop+loop) that make these flowers look so amazing. I have uploaded both openscad design file AND the gcode files for ten different flower shapes that you can download and print right away. See Breaking Barriers in Education with 3D Printing.
Ultimaker 2+ recommendation: 0.2mm layer height, 0.4mm line width, 0.8mm wall thickness, 0.6mm solid_layer_thickness, 0% infill, set solid_top to False, set solid_bottom to True. Read through the instructions and explore Peetersm's G-code.
I bring you the 3D printed, 8bit character, rubber stamps! With included 3D printed handle. These stamps are quite big at 55.7mmx55.7mm (2.2inx2.2in). We have designed the stamps in such a way that you can have one stamp handle and change the rubber stamp design to the one you like.
Ultimaker 2+ recommendation: For stamp part use flexible filament. 0.2mm layer height, 0.4mm line width, 0.8mm wall thickness, 15% infill, skirt
This design turns your bike wheel into a zoetrope!* It was designed for 18 spokes (on one side of the wheel. There should be 36 spokes altogether), with two cycles of the full animation. The files included are robotbody 1-9, and two sets of clips to attach them to the spokes; one for 3.5mm wide spokes, and one for 2mm wide spokes.
The inspiration here is threefold: After seeing the awesome sculptural work being done on the pet monster contest, I knew I wanted to try my hand at organic modeling and I wanted a way a cool way to incorporate it into a 3D print.
One Part Molds for Malleable Material of Artifacts from the Art Institute of Chicago by tomburtonwood
Work in progress As part of my residency at The Art Institute, and in preparation for my next 3D printed book, i'm publishing a series of moulds i have been printing derived from 123D Catch scans of sculptures and bas reliefs at AIC.
Marble head of Herakles The Metropolitan Museum of Art Period: Imperial Date: 1st century A.D. Culture: Roman Medium: Marble, Parian ? Dimensions: H. 13 1/8 in. (33.3 cm) Classification: Stone Sculpture Credit Line: Fletcher Fund, 1927 Accession Number: 27.122.18 This artwork is currently on display in Gallery 162 Scanned with 123DCatch on iPhone 5S.
Marsyas Balthasar Permoser (German, Kammer, nearr Otting, Chiemgau, Bavaria 1651¬€œ1732 Dresden) Date: ca. 1680‚¬85 Culture: German, executed in Rome or Florence Medium: Marble; black marble socle inlaid with light marble Dimensions: Overall with socle (confirmed): 27 x 17 3/8 x 11 1/8 in. (68.6 x 44.1 x 28.3 cm) Height of socle (confirmed): 6 1/4 in.
Nefertiti - Real 3D SCAN (By Nora Al-Badri and Jan Nikolai Nelles) by Viiiktor
Nefertiti - Real 3D SCAN (By Nora Al-Badri and Jan Nikolai Nelles)
Ultimaker 2+ recommendation: 0.15mm layer height, 0.35mm line width, 0.7mm wall thickness, 10% infill, 10% scale, skirt. Consider opening the file in MeshLab and applying Filters:Remeshing, Simplification, Reconstruction:Quadric Edge Collapse Decimation, and set the faces to 40K.
Isocrates at The Palace of Versailles, France by Scan The World -
Isocrates Artist Pierre Granier (1635-1715) Date 1685-1688 Medium Marble Dimensions Accession # MR 1870 Credit Restored with thanks to sponsorship from Ms Garance and Isild Merieux Isocrates (436-338 BC), an ancient Greek rhetorician, was one of the ten Attic orators.
The Thin Man is a desktop character figure of 2mm thickness. Please use as a desktop figure. standing : no need for support parts climbing : no needs support parts lying : needs support parts sitting : needs support parts
Click "Open in Customizer" to turn the image of your choice into a Lithopane! We used the Mona Lisa, but you could use any photo you want. The Lithopane tool generates a 3D model that looks like a rough terrain map.
New Year new intentions...! This year i will upload a new cup every week. This is number one...! Done in Blender, which was quite difficult for me to figure out how to get this pattern on the cup. The trick is displacement mappings and a lot of persistence, but then you can create the most beautiful objects.
Weekly Cup 45... Escher again, now recongizable... by joris
Weekly Cup 45... Escher again, now recongizable... Thanks to Vladimir for thing 26121. This year i will upload a cup every week...! Download, slice and print. This one was sliced with the newest Cura and 'Spiralize' is back in the settings...!!!
This is a Butterfly puzzle. It was originally designed for a laser cutter. I extruded it in Openscad. This puzzle and many others can be found at blechwelt.com. There are two sizes available V1 and V2sm.
There once was a time when companies produced animal napkin rings using a plastic called Bakelite. Those vintage napkin rings can go for a decent price these days in antique stores. But there's no reason you can't design and 3D print your own versions! :-) More info and pictures here
Turn your bathroom sink into a fountain. Easy mouth rinse. Pull on the sides to activate the fountain no need to plug a hole. For those of you who love sticking their fingers in holes, a simple version has been provided. An oring was designed to fit originally in the bottom, but it worked just as well without.
Three different diagonal slice models of a level 2 Menger sponge. Read more about how these are made and printed at MakerHome: Day 169 - Starmaker Day 170- Rhomboidal Day 171 - Triangles Day 206 - Coverups For even more Menger madness.
1 Little Linkling 2 Little Linklings 4 Little Linklings 8 Little Linklings ... They like to cling on each other and build huge towers. They also like to link to build rings and roll around. They furthermore like to make chains and do some modern art. No support required, raft or brim recommended.
Pixil Bits are a simple construction kit designed for kids and adults. These pieces can be used to create useful toys that do everything from holding your pencils to being a cradle for your mobile phone. Each piece snaps together to form interesting structures.
Introducing the first design from Parallel Goods. This Self-Watering Planter is exactly the growing environment your plants need, while giving you flexibility in your watering routine. It's super easy to use: just plant your favorite herb or other water-intensive plant, add water, and you're all set.
Get ready for some chirping! This simple bird whistle. It produces a consistent high pitched sound when dry, but with some assistance (water) you can make unique chirping melodies. When you get tired of whistling it also doubles as a nice desktop ornament and conversation starter.
CardEasy - Printable Playing Card Holder by kwalus
Love playing card games or know someone that does? This makes a great gift for anyone with dexterity challenges, the elderly, as well as kids. Cardeasy helps hold and organize a hand full of cards and if you print one out for someone that has that problem, they will love you for it.
This is my second try at a one piece hinged box with latch. This latch is a little easier to operate than my box design I derived it from. For more information about this box, see the box it was derived from. I like this latch design a lot.
Girih Tiles for Interactive Islamic Designs by mathgrrl
3D print and assemble your own classic Islamic-style artwork by using Girih tiles to build intricate woven strapwork! The tiling pattern in the photo is rotationally symmetric. On the left are the basic colorful tile shapes. Towards the middle we have started to add the overlaid strapwork, which is completely determined by the tiles.
No batteries, no motor, no electronics... It's all just a really super-fancy shadow show. The shape of the sundial has been mathematically designed to only let through the right sunrays at the right time/angle. This allows to display the actual time with sunlit digits inside the sundial's shadow.
The sundial displays time (with actual digits !!) from 10:00 until 16:00, updating every 20 minutes.
You can precisely adjust the displayed time simply by rotating the gnomon (the magic box that displays time). So you can even adjust for Daylight Saving Time.
Wind powered Zoetrope specially designed for 3D printing. Easy to print and assemble, perfect for children who will enjoy themselves with the magic of this pre-film animation device. Wide variety of animations can be found on the web, just look for the one you enjoy the most!