Steelcase, MIT's Self-Assembly Lab and designer Christophe Guberan have developed a speedy and scalable rapid liquid printing method.

Furniture of the Future Made with Rapid Liquid Printing and Drawn in Gel | All3DP

TacTip is an open-source 3D printed artificial fingertip that can 'feel', and has won the Harvard international Soft Robotics competition.

TacTip Wins Harvard International Soft Robotics Competition | All3DP

Who needs a 3D printer when you have a hot glue gun? A new Hackaday project from Donald Papp shows us how to use molten PLA filament to glue 3D printed objects together.

Cómo pegar con PLA: truco para pegar piezas impresas en 3D | All3DP

Hollowing out models can save you money, material and time. Learn when to hollow 3D objects with three easy methods for print success.

How to 3D Print Hollow Objects – Simply Explained | All3DP

Jordan Duncan has turned his prop making hobby into a lucrative business, Henchmen Props, thanks to 3D printing technology.

Henchmen Props Make Incredibly Realistic Gaming Props | All3DP

Single-color 3D prints are so passé. Colorize your prints with rainbow PLA and read on to learn about the best brands!

Rainbow Filament (PLA): The Basics & Best Brands | All3DP

Sometimes you need a specialist to get the job done. So if you want to design or visualize cylindrical shapes in no time, there’s PotterDraw.

Free PotterDraw Software Lets you Design Vases In No Time | All3DP

The future of 3D printing is bright, with several high stakes players entering the scene. People are looking to solve some very specific, challenging problems with creative innovations. Here are a handful of them.

The Future of 3D Printing – Technology on the Horizon | All3DP

A DIY watch is a great way to flex your tech prowess. Check out these 3D printed watch projects and put your DIY skills to the test.

3D Printed Watch: 10 Great Projects & Models to 3D Print | All3DP

123D Sculpt+ is a 3D sculpting app for smartphones that finally gets digital sculpting tools in the hands of those who are not design professionals.

Autodesk 123D Sculpt+ Review | All3DP

New Year's Eve 2019 is just a few days away! Do you have all your party props and decorations ready for the big event? Here are 10 3D printing projects that will make your NYE 2019 a night you'll never forget.

[Project] 3D Printing Projects for New Year's Eve 2019 | All3DP

This year's Tribeca Film Festival in New York City featured over 30 VR and AR experiences. Although the technology isn't quite mainstream enough for home enjoyment yet, the creativity on show certainly assures us of the future for the medium. 

Looking Back on AR and VR at Tribeca Film Festival | All3DP

Black Ops 4 Keyring #1

<p>Easy to make, keep the heat in the build area with these. Thea head from the extruders and table is trapped in the build area allowing the parts to cool uniformly, preventing layer separation with High-shrink materials.</p>


Heated Build Chamber

Easy to make, keep the heat in the build area with these. Thea head from the extruders and table is trapped in the build area allowing the parts to cool uniformly, preventing layer separation with High-shrink materials.


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                                            <p>Shark keychain</p>
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Shark keychain

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                                            <p>Origami is fun! I really like this dog, so decided to create a printable 3D version in Fusion 360. I have uploaded both a mono color and a dual color version.</p>
<p>The mono version has been printed using Colorfabb NGEN lux, which has a really nice shine.<br>The dual version has been printed using both Colorfabb PLA white plus economy black, and a combination of PLA white and NGEN lux. The last one proved troublesome, as the wipe tower fell over.</p>
<p>Folding instructions for the dog are included.</p>
<p>Have fun!</p>
<p>Marco</p>
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Origami Dog

 Origami is fun! I really like this dog, so decided to create a printable 3D version in Fusion 360. I have uploaded both a mono color and a dual color version. The mono version has been printed using Colorfabb NGEN lux, which has a really nice shine.The dual version has been printed using both Colorfabb PLA white plus economy black, and a combination of PLA white and NGEN lux. The last one proved troublesome, as the wipe tower fell over. Folding instructions for the dog are included. Have fun! Marco 

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<div><p>Game play remains the same but instead of moving in straight lines, pieces move in arcs across the positive Gaussian curvature of the sphere.</p>
<p>Magnets are required to hold the pieces in place, unless you are playing in a non-Euclidean universe.</p>
<p>The &#x201C;Non-Euclidean Chess Board Frame&#x201D; is provided with and without supports. The version with supports provides extra stability around the base of the pillars when printing. You will still need to add your preferred support for the rest of the structure, but you&#x2019;ll need less of it.</p>
<p>You will need a total of four &#x201C;Tile Quadrants,&#x201D; two of each colour.</p>
<p>Playing pieces are remixed from &#x201C;Mini Chess for Altoid Box&#x201D; by &#x201C;humphrey_b52.&#x201D; Holes have been added for 1/8&#x201D; by 1/8&#x201D; magnets.</p>
<p>You will need a total of 96 1/8&#x201D; by 1/8&#x201D; magnets, one for each square and one for each piece. Insert the magnets into the square tiles before gluing them on to the frame. The magnets used in the design and assembly of this model were purchased through www.kjmagnetics.com.</p>
<p>Proper positioning of the &#x201C;square&#x201D; tiles on the board framework is the most challenging part of assembly. There are a few pieces that have very subtle differences in curves and edge lengths, and it is easy to put them in incorrectly. To make this easier, small dimples have been added to the bottoms of each &#x201C;square&#x201D; tile. There is a single dimple on the uppermost corner of every tile to ensure proper orientation. There is a single dimple on the outer chamfer of the four inner &#x201C;squares,&#x201D; and two dimples on the outer chamfer of the outer twelve &#x201C;squares.&#x201D; Refer to the picture provided.</p>
<p>Arrange the piece first, do a dry fit to make sure you&#x2019;ve got it right, then use glue to attach the tiles to the framework. CA glue works well.</p>
<p>The magnet holes on the pieces and tiles are designed for a tight fit and shouldn&#x2019;t need glue. Make sure you get the polarity right so that all the pieces stick to all the squares!</p>
<p>See here for a hyperbolic paraboloid board: <a rel="nofollow" href="/thing:4647738">https://www.thingiverse.com/thing:4647738</a></p></div>
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Non-Euclidean Chess Board (Sphere)

Game play remains the same but instead of moving in straight lines, pieces move in arcs across the positive Gaussian curvature of the sphere.

Magnets are required to hold the pieces in place, unless you are playing in a non-Euclidean universe.

The “Non-Euclidean Chess Board Frame” is provided with and without supports. The version with supports provides extra stability around the base of the pillars when printing. You will still need to add your preferred support for the rest of the structure, but you’ll need less of it.

You will need a total of four “Tile Quadrants,” two of each colour.

Playing pieces are remixed from “Mini Chess for Altoid Box” by “humphrey_b52.” Holes have been added for 1/8” by 1/8” magnets.

You will need a total of 96 1/8” by 1/8” magnets, one for each square and one for each piece. Insert the magnets into the square tiles before gluing them on to the frame. The magnets used in the design and assembly of this model were purchased through www.kjmagnetics.com.

Proper positioning of the “square” tiles on the board framework is the most challenging part of assembly. There are a few pieces that have very subtle differences in curves and edge lengths, and it is easy to put them in incorrectly. To make this easier, small dimples have been added to the bottoms of each “square” tile. There is a single dimple on the uppermost corner of every tile to ensure proper orientation. There is a single dimple on the outer chamfer of the four inner “squares,” and two dimples on the outer chamfer of the outer twelve “squares.” Refer to the picture provided.

Arrange the piece first, do a dry fit to make sure you’ve got it right, then use glue to attach the tiles to the framework. CA glue works well.

The magnet holes on the pieces and tiles are designed for a tight fit and shouldn’t need glue. Make sure you get the polarity right so that all the pieces stick to all the squares!

See here for a hyperbolic paraboloid board: https://www.thingiverse.com/thing:4647738


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                                            <p><a href="/pages/support-scan-the-world" target="_blank" rel="noopener noreferrer"><img src="/uploads/tinymce-images/support.png" alt></a></p><p>Vasily Demut-Malinovsky occupies one of the leading places among the masters of Russian monumental sculpture of the first half of 19th century. His works echoed the heroic epoch of the 1812 War and were close to the thoughts and feelings of the Russian people. He was born the son of a wood-carver, in St. Petersburg. His first contact with art came in his early childhood, when he used to watch his father at work, and in 1785 he was sent, a six-year-old boy, to the Academy of Arts.</p>
<p>This bust of Muraviov may therefore be a hero from the War.&#xA0;</p>
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Portrait of M. Muraviov

 Vasily Demut-Malinovsky occupies one of the leading places among the masters of Russian monumental sculpture of the first half of 19th century. His works echoed the heroic epoch of the 1812 War and were close to the thoughts and feelings of the Russian people. He was born the son of a wood-carver, in St. Petersburg. His first contact with art came in his early childhood, when he used to watch his father at work, and in 1785 he was sent, a six-year-old boy, to the Academy of Arts. This bust of Muraviov may therefore be a hero from the War. 

Bust of comics Belgium Hero 

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                                            <p>Join us on Patreon to stay on top of our newest releases and get our exclusive welcome pack.</p>
<p>patreon.com/castnplay</p>
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Ares Darksorrow

 Join us on Patreon to stay on top of our newest releases and get our exclusive welcome pack. patreon.com/castnplay 

domo toy

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                                            <p>This model was created with <a title="VECTARY" href="https://www.vectary.com/l/MyMiniFactoryExport" target="_blank" rel="noopener noreferrer">VECTARY</a> - the free, online 3D modeling tool</p>
<p>Credits:</p>
<ul>
<li><a href="http://www.vectary.com/model3d/f2b31126-a62e-42fd-8a4a-8a995f348178" target="_blank" rel="noopener noreferrer">model</a> by <a href="http://www.vectary.com/user/8ae0b0d3-7a79-4286-9b30-c949e9b2a13c" target="_blank" rel="noopener noreferrer">Odds and Ends</a></li>
</ul>
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Rainbow Six Siege Charm

 This model was created with VECTARY - the free, online 3D modeling tool Credits: model by Odds and Ends 

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                                            <p><br>Yet another fringe case, one off product that no one may never have need for. This time we are replacing the choke rod bushing on a Yamaha YG450D generator. The original is a rubber piece, so you might could print this in TPU or other flexible material. I just used PLA and it works fine. In addition to this piece, you will need an o-ring to hold the part in place. The o-ring I used is 4mm inside diameter by 1.45mm thick. Just put the bushing in place through the mounting plate, slide the o-ring up into the groove to hold it in place and run the choke rod through the bushing. Easy peasy.</p>
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Fringe Case #3 - Yamaha YG450D Generator Choke Bushing

 Yet another fringe case, one off product that no one may never have need for. This time we are replacing the choke rod bushing on a Yamaha YG450D generator. The original is a rubber piece, so you might could print this in TPU or other flexible material. I just used PLA and it works fine. In addition to this piece, you will need an o-ring to hold the part in place. The o-ring I used is 4mm inside diameter by 1.45mm thick. Just put the bushing in place through the mounting plate, slide the o-ring up into the groove to hold it in place and run the choke rod through the bushing. Easy peasy. 

<p>This is a spacer that sits between the barrel and the pump tube of older Crosman 1377 air pistols. Model is parametric. Edit the scad file to change length, width, spacer distance, and tube sizes.&#xA0;</p><p>Prints on its side for, no supports necessary (generally).</p>


Crosman 1377 Barrel Molding

This is a spacer that sits between the barrel and the pump tube of older Crosman 1377 air pistols. Model is parametric. Edit the scad file to change length, width, spacer distance, and tube sizes. Prints on its side for, no supports necessary (generally).


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                                            <p>Girlfriend needed a new bookmark so&#xA0;I made her this and decided to upload it if anyone else is interested.</p>
<p>The side that goes into the book is 1mm thick, and the head is 6mm.</p>
<p>&#xA0;</p>
<p>&#xA0;</p>
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Totoro Bookmark

 Girlfriend needed a new bookmark so I made her this and decided to upload it if anyone else is interested. The side that goes into the book is 1mm thick, and the head is 6mm. 

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