Formlabs is celebrating the launch of their new Tough Resin with a prize contest giveaway. Enter your project for a chance to win!

Tough Resin Contest Giveaway by Formlabs | All3DP

Students at Cyclone Racing used 3D printing for their entry to the Society of Automotive Engineers (SAE) International Formula car contest.

Cyclone Racing uses 3D Printing for Formula SAE Competition | All3DP

The winners of the Formlabs Tough Resin contest have been announced, ranging from underwater robots to digital prostheses to space rovers.

Winners of Formlabs Tough Resin Contest Announced | All3DP

For 3D printing in space, a Martian mini farm and a melanized fungarium are the winners of NASA's "Star Trek Replicator" contest.

3D Printed Fungarium and Mini-Farm win NASA ‘Star Trek Replicator Challenge’ | All3DP

Barilla is sponsoring their 3D printed pasta design contest with help from Desall. To enter, simply model, upload your perfect pasta shape.

Make 3D Printed Pasta Shapes for Barilla's Smart Pasta Design Contest | All3DP

Another awesome Pinshape competition gives you the chance to win a Form 2 by simply creating a unique bike accessory.

Enter the Pinshape Bike Accessory Design Contest | All3DP

Do you have hundreds of ideas of how to improve your Parrot drone, but no one ever listens to you? Check out this new competition from MyMiniFactory.

MyMiniFactory and Parrot Launch Accessory Design Contest | All3DP

Open source meets the open road with the Open RC Accessory Design Contest, courtesy of Pinshape and Open RC Project founder Daniel Noree.

Enter the Pinshape Open RC Accessory Design Contest | All3DP

3D printer manufacturer Zortrax has three big surprises: a new M200 Model Library, free 3D Printed Robotic Arm designs and a big contest.

Zortrax News: Get a Free Robot Arm | All3DP

The Enterprise In Space program has launched a contest called Print the Future, offering the chance to have your designs 3D printed in space.

Enter "Print the Future" Contest to Build Your Ideas in Space | All3DP

Pinshape has launched a competition giving you the chance to win a Robo C2 by simply creating a design which works with electronics.

Enter Pinshape Electronics Contest & Win a Robo C2 3D printer | All3DP

3D printing service Shapeways and digital art forum and community Polycount are putting on a 3D printable design competition inspired by Valve's Dota 2 video game.

Shapeways and Polycount Team Up for Dota 2 3D Printing Contest | All3DP

<html><head></head><body><h3 class="thing-component-header summary summary">Summary</h3>
<div>5 to 7 blade geometries of a more fine leading edge waveform. Combined with the other designs, they&apos;re are 9 varying geometries of various wave types and blade count than can be compared because the blade AOA, chords, and airfoils, are all the same. Only the leading edge line, and the blade count changed. </div>
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Very Fine Waveform CPU Fan

5 to 7 blade geometries of a more fine leading edge waveform. Combined with the other designs, they're are 9 varying geometries of various wave types and blade count than can be compared because the blade AOA, chords, and airfoils, are all the same. Only the leading edge line, and the blade count changed. 

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 Pucci, is your faithful assistant pup! sweet and cute, suitable for every living room, loves nibbling smat assistants like Alexa Echo Dot and Google Home Mini. Soon his friends will arrive!
&#xA0;
#SMARTASSISTANT3D @MyMiniFactory @3DWOX_Sindoh
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Pucci the Smart Pet Assistant

 Pucci, is your faithful assistant pup! sweet and cute, suitable for every living room, loves nibbling smat assistants like Alexa Echo Dot and Google Home Mini.Soon his friends will arrive! #SMARTASSISTANT3D @MyMiniFactory @3DWOX_Sindoh 

size settings (CURA);- main elements 100% - connectors 95% size - lid&apos;s on the cable througput 99% (with support, not upside down, I like the looks of a little structure on the top) - lid on the adaptor unit; 99% Need to remove the lid on the cable thoughput? use a &quot;cocktailstick&quot; through the bottom hole. designed in 123D, like the program although it chrashes a lot.. edit: if you&apos;r looking for free CAD software have a look at &quot;design spark mechanical&quot;

modular universal phone loading dock

size settings (CURA);- main elements 100%- connectors 95% size- lid's on the cable througput 99% (with support, not upside down, I like the looks of a little structure on the top)- lid on the adaptor unit; 99%Need to remove the lid on the cable thoughput? use a "cocktailstick" through the bottom hole.designed in 123D, like the program although it chrashes a lot..edit: if you'r looking for free CAD software have a look at "design spark mechanical"


edit may 2015: added the .stp file

toilet roll holder

Controller mount Xbox 360

This part is for testing 3D printer settings. It has 5 walls that are 15, 30, 45, 60, and 75 degrees from the build plate. These walls are labeled on the top of the part, and they provide reference for determining when support structures are needed. 10 vertical walls are also on the part, separated by 72 degree corners, and surrounding a solid central body for testing infill and speed settings.

Overhang Angles - 3D Printer Test Part

This part is for testing 3D printer settings. It has 5 walls that are 15, 30, 45, 60, and 75 degrees from the build plate. These walls are labeled on the top of the part, and they provide reference for determining when support structures are needed. 10 vertical walls are also on the part, separated by 72 degree corners, and surrounding a solid central body for testing infill and speed settings.


These UltiRobots starting smiling when walking down the road by them selves :)

<iframe width="593" height="370" src="//www.youtube.com/embed/etWDkM_9xEc" frameborder="0" allowfullscreen></iframe> It&apos;s very important to mount the legs proper into the body. The shaft (bolt), should be solid connected in the body. The legs should freely rotate around the bold and should not rotate/move in other directions. For more information about the way it walks, have a look of the patent (pdf below) from John E. Wilson, 1938.
<img src="https://s3-eu-west-1.amazonaws.com/files.youmagine.com/uploads/image/file/161766/carousel_patent_walking_toy.png">


Speeding up your walking robot:
 * Adding some mass, will help the original running even faster.
 * Play with different angels &amp; roughness of your walking path.
 * Remove the brim on the feet (or print w/o brim), so the surface is as round as possible.


See also the &quot;Community Contest | a robot walks into a bar..&quot;: 
<a href="https://ultimaker.com/en/community/20684-community-contest-a-robot-walks-into-a-bar" rel="external">https://ultimaker.com/en/community/20684-community-contest-a-robot-walks-into-a-bar</a>
 <iframe width="593" height="370" src="//www.youtube.com/embed/OwaEOt2q46U" frameborder="0" allowfullscreen></iframe> 



Here you find different models:
 * Urobot 2e (stl &amp; step): scale 1:1; both with &amp; without support. (You could add support when slicing.)
 * Urobot 2hh (stl): scale 1:1.25; uses a piece of unused filament as hinge point.
 * Urobot 2e Moon (stl): scale 1:1; ultirobot for walking on the moon.


Challenge: create a single print dual material walking robot, leaving the build plate when printing is finished...

UltiRobot Happy Walker

These UltiRobots starting smiling when walking down the road by them selves :)

It's very important to mount the legs proper into the body. The shaft (bolt), should be solid connected in the body. The legs should freely rotate around the bold and should not rotate/move in other directions.  For more information about the way it walks, have a look of the patent (pdf below) from John E. Wilson, 1938.



Speeding up your walking robot:
* Adding some mass, will help the original running even faster.
* Play with different angels & roughness of your walking path.
* Remove the brim on the feet (or print w/o brim), so the surface is as round as possible.


See also the "Community Contest | a robot walks into a bar..":
https://ultimaker.com/en/community/20684-community-contest-a-robot-walks-into-a-bar
 



Here you find different models:
* Urobot 2e (stl & step): scale 1:1; both with & without support. (You could add support when slicing.)
* Urobot 2hh (stl): scale 1:1.25; uses a piece of unused filament as hinge point.
* Urobot 2e Moon (stl): scale 1:1; ultirobot for walking on the moon.


Challenge: create a single print dual material walking robot, leaving the build plate when printing is finished...


Normal stand, allows you to keep the mobile only in horizontal or vertical orientations, but when we stand, sleep, or relaxing in sofa, these orientations doesn&apos;t help. This omni directional stand helps you to tilt the mobile and position it according to your need. I&#xA0;am&#xA0;just a&#xA0;beginner,&#xA0;learnt 3D&#xA0;Max&#xA0;and&#xA0;designed&#xA0;this&#xA0;in 2 days..&#xA0;Hence&#xA0;the&#xA0;lack&#xA0;of&#xA0;professional&#xA0;look,&#xA0;but&#xA0;hope&#xA0;you&#xA0;would&#xA0;enjoy&#xA0;the 360&#xA0;turning&#xA0;view&#xA0;of&#xA0;your&#xA0;mobile&#xA0;at&#xA0;your&#xA0;desk&#xA0; *Texture has been applied to provide grip in rotation, if the texture doesnt work in 3d printer, a silicon/cloth on the stand would help to hold the grip.

Omni Directional One Plus One stand

Normal stand, allows you to keep the mobile only in horizontal or vertical orientations, but when we stand, sleep, or relaxing in sofa, these orientations doesn't help. This omni directional stand helps you to tilt the mobile and position it according to your need. I am just a beginner, learnt 3D Max and designed this in 2 days.. Hence the lack of professional look, but hope you would enjoy the 360 turning view of your mobile at your desk *Texture has been applied to provide grip in rotation, if the texture doesnt work in 3d printer, a silicon/cloth on the stand would help to hold the grip.


Yes You

I have always thought it would be cool to use a smartphone as a loupe, or digital magnifying lens. This is the result.Uses: -Use the rear camera to film a DIY project to share with friends, post online, keep for future reference, etc.... Hands free!&#xA0;-Take advantage of the zoom feature to use the large screen as a magnifier, and get a closer look at what you are doing.-Turn on the rear LED to use your phone as a desk lamp.-Angle the phone up to use the stand as a tripod to film your face, video chat, or take a picture.Features: -Slot in the bracket to accommodate charging while using the stand.-Three adjustable joints to allow for easy positioning of the phone.-Folds down small for easy storage.-Comes off the printer essentially ready to use, although you may wish to use superglue to fix the caps on the legs in place.-Need it longer? Just print more bolts and arm segments, add and remove as needed.Edit: I&apos;ve added a new zip file with the fixed STL files (they were scaled wrong), and added STL and G-Code files for the whole project, assembled and arranged to fit on an Ultimaker 2.

OnePlus One Magnifier and Light Stand

I have always thought it would be cool to use a smartphone as a loupe, or digital magnifying lens. This is the result.Uses:-Use the rear camera to film a DIY project to share with friends, post online, keep for future reference, etc.... Hands free! -Take advantage of the zoom feature to use the large screen as a magnifier, and get a closer look at what you are doing.-Turn on the rear LED to use your phone as a desk lamp.-Angle the phone up to use the stand as a tripod to film your face, video chat, or take a picture.Features:-Slot in the bracket to accommodate charging while using the stand.-Three adjustable joints to allow for easy positioning of the phone.-Folds down small for easy storage.-Comes off the printer essentially ready to use, although you may wish to use superglue to fix the caps on the legs in place.-Need it longer? Just print more bolts and arm segments, add and remove as needed.Edit: I've added a new zip file with the fixed STL files (they were scaled wrong), and added STL and G-Code files for the whole project, assembled and arranged to fit on an Ultimaker 2.


A One+One holder for any surface. You can attach it to your dashboard, wall, roof, ... doesn&apos;t matter. All you need is double sided tape.The hinge connects to any GoPro-camera hinge and is combinable with unlimited possibilities! Extra items you need are: - Double sided tape (if desired) - An M4/M5 bolt and nut.Printing details:The One+One sleeve (orange coloured) part is preferable printed with support.The turning mechanisms (blue colours) are designed so that no 3D-printed support is needed. EDIT 1: Previous version of &apos;Finaal voetje 1&apos; was with 0,3mm spacing. This is changed to 0,5 mm for better FDM-printing results.

GPS/Movie holder for car/house/wall

A One+One holder for any surface. You can attach it to your dashboard, wall, roof, ... doesn't matter. All you need is double sided tape.The hinge connects to any GoPro-camera hinge and is combinable with unlimited possibilities!Extra items you need are:- Double sided tape (if desired)- An M4/M5 bolt and nut.Printing details:The One+One sleeve (orange coloured) part is preferable printed with support.The turning mechanisms (blue colours) are designed so that no 3D-printed support is needed.EDIT 1: Previous version of 'Finaal voetje 1' was with 0,3mm spacing. This is changed to 0,5 mm for better FDM-printing results.


This stand is compact and practicle to fix and charge your smartphone in your car. An explosive and modern design.

One plus One stand for car

This stand is compact and practicle to fix and charge your smartphone in your car.An explosive and modern design.


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