29 models
A printable copy of the tweezers used by clockmakers or electronicians. Fold it and it's ready. I published an improved model of these tweezers (Precision Tweezers V3) :…
This fully printed orrery (called “tellurium”) displays all you need to know about the Sun , the Earth and the Moon : The date (day, month and year with mechanical counter) The Moon phases The distance Earth-Moon (apogee and perigee) The…
A printable copy of the tweezers used by clockmakers or electronicians. Fold it and it's ready. In this version I added an internal structure to greatly improve the accuracy and I created a full set of tweezers. There are 7 models :…
A simple and fast printed bracelet with heart looking rings and a simple lock system. 3 sizes : 170mm (11 hearts) 200mm (13 hearts) 230mm (15 hearts) Some ideas : Print 2 sizes to make intricated bracelets. Clip several bracelets together…
A printable copy of the tweezers used by clockmakers or electronicians. Clip each “blade” in the support and it's ready. Print Settings : Printed on MK3S Filament tested : PLA Nozzle 0.4mm : 0.15mm tested
This orrery shows the revolution of the six first planets of the Solar system : Mercury, Venus, the Earth, Mars, Jupiter and Saturn. There are 18 gears driven by a crank. You need an empty Prusament Spool to build it. If you don't have a…
These two connected tensegrity structures pull on each other. You can give them different hights and angles. Start with the tension of the two lateral threads (1 and 2), then the central thread (3) and finish with the external (4). Longer…
Add a pen. Put the screws. Use the middle screw to lock/unlock the compass . You don't need to overtight the screw to lock the compass. A short pressure should be enough. 2 versions : Plastic point : 100% printed compass. Use a small file…
A simple and fast printed bracelet with skull looking rings and a simple lock system. To open/close the bracelet : clip one side and then the other one. There is a hole in one tooth to spot the skull with the locks. 3 sizes : 185mm (9…
Print a piece of Space History Size : 200mm (diameter) x 2.2mm (66% of the real size) The bottom is a reproduction of the Side 1 of the Voyager Golden Record . The top is a reproduction of the record cover diagram that contains the disc…
#NoScrewNoGlue All you need to know about the Moon : Moon Phases Tilt of the Moon (Rising Moon / Waning Moon / Lunar knots) Apogee and Perigee Moon and Solar Eclipses The mechanism is pretty complex with 10 wheels but the object stays…
This fully printed mechanical wave will allow you to sail your favorite Benchy. Most automata of kinetic wave are linear. I inspired from these to create this circular version. The mechanism is pretty simple : the first wheel hold the…
Push the top of the box and the inside hidden box will instantly appear under the first one ! The inside lid makes sure that nothing will escape the box and the gliding system and the locks are strong and fun to play with. Inside…
Nuts of this size are difficult to print with FDM. These are threadless nuts. There's a only a "six-pointed star" in the middle. The layer height is used as a “pre-thread” and the final thread is created by screwing them in . I suggest…
HR 8799 is the first extrasolar star system observed with direct imaging. Here you can find a time-lapsed video of 12 years of W.M. Keck Observatory (Hawaii) imagery of star system HR 8799 :…
The shape of the pendant was created while playing with the Fibonacci curve. It is a kind of “symetrical fractal” of the curve. The bottom is deformed from the original curve to look like a heart. Print Settings : Printed on MK3S Filament…
Use it to make a pendant, earrings or whatever you want. You can scale it down at 70% without issues. Size : 42mm x 37mm x 2mm Print Settings : Nozzle 0.4mm Layer height 0.15mm
Print a piece of Space History Size : 228.6mm x 152.4mm x 1.4mm (Real Size) The Pioneer plaques are a pair of gold-anodized aluminum plaques that were placed on board the 1972 Pioneer 10 and 1973 Pioneer 11 spacecraft, featuring a…
These small tops are very light so they can be launched at high speed. They are easy to print, no support, no glue, no screw . You just need to clip the central axis up to the end and it's ready to spin (hold by the center when clipping…
A very strong and resistant box with a lid and a 3 points lock system to be sure that it will not open until you decide to. The openig procedure is a three-fingers interaction with the hinge so the box is hard to open until you know how…
DESTROY RACISM BE LIKE A PANDA HE'S BLACK HE'S WHITE HE'S ASIAN Size : 180mm 185 mm 2mm Print instructions Printed on MK3S Filament tested : PLA Nozzle 0.4mm : 0.2mm tested Use External perimeters first to improve engravings precision.…
Rats invasion Size : 186mm 128mm 2mm Print instructions Printed on MK3S Filament tested : PLA Nozzle 0.4mm : 0.2mm tested Use External Perimeters first to improve engravings precision.
This kind of spherical sundial is called a “scaphé”. It is a very precise sundial that can be used to determine date and hour. Choose the sundial adapted to your latitude : 54° : Leeds (GB) - Hamburg (DE) - Minsk (BY) - Edmonton (CA) 51°…
Rotating round boxes with a simple lock to avoid that it opens accidentaly. Ideal to put your spare parts, daily candies or anything else. Normal Box size : 67mm Small Box size : 50mm Opening : use one hand to hold the outside of the box,…
A clepsydre is an hourglass that uses water instead of sand. You will need to add water into the clepsydre before the end of the print. First Print an “Infill Cup” file - You will need it to have the exact amount of water (if you add too…
Use your thumb to fill the upper hole and prevent water from flowing. Print settings : Printed on MK3S Filament tested : PLA Nozzle 0.4mm : 0.2mm and 0.3mm tested Personal settings : Detecting thin wall Be careful if you scale it down,…
Small and detailed pirate ship. Designed to be 3D printed using FDM. No support Print settings : Nozzle : 0.4mm Layers : 0.15mm
You need to print 6 pieces : Plank A x 4 Plank B x 1 Plank C x 1 You will need some patience and dexterity to success this one ! Here is the link for the solution (on this fantastic french website about “Casse-tête”) :…
An example of recreating an elliptical movement with mechanics. It was used in the Antikythera mechanism to recreate the acceleration/deceleration of the Moon during the perigee/apogee. By inverting the disc you can switch between…
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