The Dutch PostNL has fabricated a musical instrument en route to trumpet master Eric Vloeimans in awesome short film, Sound of Delivery.

Sound of Delivery: Dutch PostNL 3D Prints a Trumpet In Transit | All3DP

By using aluminum rods and 3D printed brackets, the user has been able to create custom angles for fasteners. Customization is a key aspect for many 3D printing enthusiasts and creators. Large creative projects tend to require careful planning of multiple parts to be printed. For more advanced 3D printing developer, even the smallest details […]

Start Building with Aluminum Rods and 3D Printed Brackets | All3DP

La Original Prusa i3 MK3 ha sido reemplazada por una pequeña actualización, la MK3S, pero eso no significa que no puedas seguir leyendo sobre esta impresora de eficacia probada. Echa un vistazo a nuestro análisis para aprender más sobre la primera máquina que nos robó el corazón.

Original Prusa i3 MK3: Mejor impresora 3D de 2018 | All3DP

NASA contractor Techshot tests 3D printing in zero gravity. What did they print? Oh, just a heart structure. What's next? A beating heart.

3D Printing in Zero Gravity, Techshots 3D Prints Heart Cells | All3DP

Is the Qidi Tech X-Smart the perfect entry-level 3D printer? Read on for our take of this printer’s specs.

Qidi Tech X-Smart: Review the Specs | All3DP

An aerospace engineer working for Autodesk has created a mask that mimics the effect of synesthesia which he has uploaded to Instructables.

Amazing Synesthesia Mask Lets You Smell Colors | All3DP

An intern at Sculpteo built a drone of his own by teaching himself design software and 3D printing, plus a little help from his employers.

How a Sculpteo Intern 3D Printed a Drone from Scratch | All3DP

What's the best PETG print temperature? Check out this quick guide to learn all you need to know about PETG print & bed temperature.

The Perfect PETG Print & Bed Temperature | All3DP

What can you expect if you have a 3D model printed by services like Shapeways? 3D printing services compared for quality, price and speed.

Shapeways & Alternative 3D Printing Services Compared | All3DP

Primary School De Singelier is teaching kids about science & technology in a fun, new way using 3D printed bottle rockets. 3-2-1, blast off!

School Teaches Science & Tech with 3D Printed Bottle Rockets | All3DP

Autodesk's DXF file is a format for 2D and 3D drawings that's compatible with most CAD programs. Read on to learn all about the DXF format!

DXF (File Format): Simply Explained | All3DP

Filament is fundamental to any FDM print job. Go beyond the standard 3D printer filament holder and storage device.

10 Must-Have 3D Printing Filament Accessories | All3DP

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                                            <p>What I am making in the stem toy part is a joystick that us all gamers may use a controller and I&#x2019;m making one cause I have a controller that is missing a joystick and I liked that controller so they are switchable so this is a good idea to be able to put your own designs on I would be your way to enjoy your gaming experience all the time they are a simple solid with a comfy top to touch easy project for us all.</p>
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controller joystick

 What I am making in the stem toy part is a joystick that us all gamers may use a controller and I’m making one cause I have a controller that is missing a joystick and I liked that controller so they are switchable so this is a good idea to be able to put your own designs on I would be your way to enjoy your gaming experience all the time they are a simple solid with a comfy top to touch easy project for us all. 

Playdoh | Toy story | Jessie

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                                            <p>This ceramic sculpture of an imaginary animal is the product of two unusual and creative collaborations: the first between the sculptor Emmanuel Fr&#xE9;miet and the architect Viollet le-Duc, and the second between Fr&#xE9;miet and the ceramist Emile Muller. In the early 1870s Fr&#xE9;miet supplied plaster models of four fantastic creatures for the medieval ch&#xE2;teau of Pierrefonds, which Viollet-le-Duc was restoring for Napoleon III. Viollet-le-Duc&apos;s restorations were intended to embody the spirit of the ruined feudal castle, and Fr&#xE9;miet&apos;s sculptures for Pierrefonds deliberately evoked a highly romanticized medieval past. The four plaster animals were carved in stone in the mid-i88os; several years later Fr&#xE9;miet arranged for Muller&apos;s ceramic factory, La Grande Tuilerie, to cast the animals in stoneware. In the cast stoneware versions Fr&#xE9;miet and Muller were able to introduce color through the use of copper-based glazes. The mottled rich red and turquoise glaze was the result of oxidation in the glaze firing, and the variations in the coloration were deliberately sought and valued. The stoneware animals apparently were produced in very limited quantities. This animal is numbered I and is one of only two examples of this model known.</p>
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Lizard

 This ceramic sculpture of an imaginary animal is the product of two unusual and creative collaborations: the first between the sculptor Emmanuel Frémiet and the architect Viollet le-Duc, and the second between Frémiet and the ceramist Emile Muller. In the early 1870s Frémiet supplied plaster models of four fantastic creatures for the medieval château of Pierrefonds, which Viollet-le-Duc was restoring for Napoleon III. Viollet-le-Duc's restorations were intended to embody the spirit of the ruined feudal castle, and Frémiet's sculptures for Pierrefonds deliberately evoked a highly romanticized medieval past. The four plaster animals were carved in stone in the mid-i88os; several years later Frémiet arranged for Muller's ceramic factory, La Grande Tuilerie, to cast the animals in stoneware. In the cast stoneware versions Frémiet and Muller were able to introduce color through the use of copper-based glazes. The mottled rich red and turquoise glaze was the result of oxidation in the glaze firing, and the variations in the coloration were deliberately sought and valued. The stoneware animals apparently were produced in very limited quantities. This animal is numbered I and is one of only two examples of this model known. 

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                                            <p>This Star Wars Control Panel is taken from the sixth episode of Star Wars The Mandalorian &quot;The Prisoner&quot; When the Mandalorian is on a rebel prisoner ship, to do a job. When opening a cell this control panel is used. A R2D2 unit can use the computer terminal to unlock doors or get information.</p>
<p>https://youtu.be/9TiGRwvqvDw</p>
<p>There are 3 versions of this model. This model has two disk that run freely on the main axes. Other version have the complete control panel and have working parts, when the first ring is turned, the second (back) ring turns the other direction.</p>
<p>The working version for the Droid terminal can be found here:<br>https://www.cgtrader.com/3d-print-models/hobby-diy/mechanical-parts/computer-terminal-054967f2-a33d-4915-9008-bcbc744fb138</p>
<p>The working version with the Control panel can be found here:<br>https://www.cgtrader.com/3d-print-models/hobby-diy/mechanical-parts/star-wars-control-panel-with-working-parts</p>
<p>Please share your work in progress or/and your finished model on my Facebook group:<br>https://www.facebook.com/groups/massassiorder</p>
<p>If you do not have an 3D printer, please contact me, to see our print service.</p>
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Star Wars Droid Terminal (Spinning)

 This Star Wars Control Panel is taken from the sixth episode of Star Wars The Mandalorian "The Prisoner" When the Mandalorian is on a rebel prisoner ship, to do a job. When opening a cell this control panel is used. A R2D2 unit can use the computer terminal to unlock doors or get information. https://youtu.be/9TiGRwvqvDw There are 3 versions of this model. This model has two disk that run freely on the main axes. Other version have the complete control panel and have working parts, when the first ring is turned, the second (back) ring turns the other direction. The working version for the Droid terminal can be found here:https://www.cgtrader.com/3d-print-models/hobby-diy/mechanical-parts/computer-terminal-054967f2-a33d-4915-9008-bcbc744fb138 The working version with the Control panel can be found here:https://www.cgtrader.com/3d-print-models/hobby-diy/mechanical-parts/star-wars-control-panel-with-working-parts Please share your work in progress or/and your finished model on my Facebook group:https://www.facebook.com/groups/massassiorder If you do not have an 3D printer, please contact me, to see our print service. 

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                                            <p><span style="font-size: 13px; font-family: arial,sans,sans-serif;" data-sheets-value="[null,2,&quot;Version 1 of the Drip Emitter is used with pots that have a hole at the bottom and allows you to drain excess water from the pot and channel it into a reservoir using a piece of tubing that&apos;s attached to the Bolt. To install, start with an empty pot. Insert the Bolt into the hole at the bottom of the pot and screw the Nut to the Bolt from inside the pot. Connect a long piece of tubing to the outer end of the Bolt and direct it into a large container or reservoir, which will collect the excess water. The Drip Emitter V1 can also be used to convert any pot with a hole at the bottom into a standalone circulating hydroponics system. All you need to do is to connect the 3Dponics Siphon or Venturi to an air pump, place the Siphon into the reservoir and connect a piece of tubing that brings water up to the plant. Know how to make this part better? Have ideas for new parts? Visit our website (https://www.3dponics.com) and join our Google+ community (https://plus.google.com/u/0/communities/111638904033818784260) to take 3Dponics to the next level!&quot;]" data-sheets-userformat="[null,null,769,[null,0],null,null,null,null,null,null,null,4,0]">Version 1 of the Drip Emitter is used with pots that have a hole at the bottom and allows you to drain excess water from the pot and channel it into a reservoir using a piece of tubing that&apos;s attached to the Bolt. To install, start with an empty pot. Insert the Bolt into the hole at the bottom of the pot and screw the Nut to the Bolt from inside the pot. Connect a long piece of tubing to the outer end of the Bolt and direct it into a large container or reservoir, which will collect the excess water. The Drip Emitter V1 can also be used to convert any pot with a hole at the bottom into a standalone circulating hydroponics system. All you need to do is to connect the 3Dponics Siphon or Venturi to an air pump, place the Siphon into the reservoir and connect a piece of tubing that brings water up to the plant. Know how to make this part better? Have ideas for new parts? Visit our website (https://www.3dponics.com) and join our Google+ community (https://plus.google.com/u/0/communities/111638904033818784260) to take 3Dponics to the next level!</span></p>
<p><span style="font-size: 13px; font-family: arial,sans,sans-serif;" data-sheets-value="[null,2,&quot;Version 1 of the Drip Emitter is used with pots that have a hole at the bottom and allows you to drain excess water from the pot and channel it into a reservoir using a piece of tubing that&apos;s attached to the Bolt. To install, start with an empty pot. Insert the Bolt into the hole at the bottom of the pot and screw the Nut to the Bolt from inside the pot. Connect a long piece of tubing to the outer end of the Bolt and direct it into a large container or reservoir, which will collect the excess water. The Drip Emitter V1 can also be used to convert any pot with a hole at the bottom into a standalone circulating hydroponics system. All you need to do is to connect the 3Dponics Siphon or Venturi to an air pump, place the Siphon into the reservoir and connect a piece of tubing that brings water up to the plant. Know how to make this part better? Have ideas for new parts? Visit our website (https://www.3dponics.com) and join our Google+ community (https://plus.google.com/u/0/communities/111638904033818784260) to take 3Dponics to the next level!&quot;]" data-sheets-userformat="[null,null,769,[null,0],null,null,null,null,null,null,null,4,0]"><br>Want to know how much it would cost to print this part? Visit https://www.3Dprintler.com and compare prices from today&apos;s top 3D-printing services.</span></p>
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Drip Emitter V1 (Nut) - 3Dponics Emitters & Plugs

 Version 1 of the Drip Emitter is used with pots that have a hole at the bottom and allows you to drain excess water from the pot and channel it into a reservoir using a piece of tubing that's attached to the Bolt. To install, start with an empty pot. Insert the Bolt into the hole at the bottom of the pot and screw the Nut to the Bolt from inside the pot. Connect a long piece of tubing to the outer end of the Bolt and direct it into a large container or reservoir, which will collect the excess water. The Drip Emitter V1 can also be used to convert any pot with a hole at the bottom into a standalone circulating hydroponics system. All you need to do is to connect the 3Dponics Siphon or Venturi to an air pump, place the Siphon into the reservoir and connect a piece of tubing that brings water up to the plant. Know how to make this part better? Have ideas for new parts? Visit our website (https://www.3dponics.com) and join our Google+ community (https://plus.google.com/u/0/communities/111638904033818784260) to take 3Dponics to the next level! Want to know how much it would cost to print this part? Visit https://www.3Dprintler.com and compare prices from today's top 3D-printing services. 

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                                            <p>Personalised Christian Heart Earring&#xA0;was created with the app Fluid Designer for 3D Printing (Parametric Blender) which can be found @ <a href="http://www.fluiddesigner.co.uk">http://www.fluiddesigner.co.uk</a>.&#xA0;You can see how this was made on YouTube @ <a class="ytp-share-panel-link ytp-no-contextmenu" title="Share link" href="https://youtu.be/135Zi-Tp_po" target="_blank" rel="noopener noreferrer">https://youtu.be/135Zi-Tp_po</a>.</p>
<p>Fluid Designer for 3D Printing (Parametric Blender) comes with a wide range of easy to print fonts including Harrington, Brush Script, Lucida and Snap as well as Arabic, Hebrew, Russian, Korean, Hindi, Turkish, etc.</p>
<p>You can view many more similar designs @&#xA0;<a href="https://www.shapeways.com/shops/fluiddesigner">https://www.shapeways.com/shops/fluiddesigner</a>.&#xA0;</p>
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Personalised Christian Heart Earring

 Personalised Christian Heart Earring was created with the app Fluid Designer for 3D Printing (Parametric Blender) which can be found @ http://www.fluiddesigner.co.uk. You can see how this was made on YouTube @ https://youtu.be/135Zi-Tp_po. Fluid Designer for 3D Printing (Parametric Blender) comes with a wide range of easy to print fonts including Harrington, Brush Script, Lucida and Snap as well as Arabic, Hebrew, Russian, Korean, Hindi, Turkish, etc. You can view many more similar designs @ https://www.shapeways.com/shops/fluiddesigner. 

<p>Add a shelf to your corner workstation with a piece of tubing and some printed brackets. The shelf is suitable for a laptop, desktop synthesizers and similar. I made this for the IKEA Micke corner table (<a href="http://www.ikea.com/no/no/catalog/products/50244741/" rel="external">http://www.ikea.com/no/no/catalog/products/50244741/</a>). All parts are affixed with snap-on clamps from <a href="http://www.thingiverse.com/thing:132311" rel="external">http://www.thingiverse.com/thing:132311</a>, so the table can be removed quite easily if needed.<br><br>The 3D parts are all easy prints. You need<br>&#xA0;- 2 x wall bracket with tube clamp on top. NOTE. Print one of these MIRRORED, they have clamps angled 45 degrees and go on opposite sides.<br>&#xA0;- 6 x tube clamp<br>&#xA0;- 1 x tube cap with a small rectangular hook<br>&#xA0;- 1 x cradle for that hook<br><br>Instructions -- please compare with the included pictures:<br><br>&#xA0;1. Measure your tube -- I used one that was about 13 mm in diameter. You may need to scale the 3D models to fit what you have. Different printers and filaments may have different tolerances too.<br>&#xA0;3. Cut tube in two: one 80 cm, one 30 cm part (or whatever fits your corner desk)<br>&#xA0;4. Print &quot;tube cap with hook&quot; and press onto one end of the short piece of tube. It should fit snugly.<br>&#xA0;5. Print 6 tube clamps and attach them in a T underneath the wooden board (see picture)<br>&#xA0;6. Snap the long and short tube parts in place on the board<br>&#xA0;7. Screw the &quot;wall brackets with clamps&quot; onto the &quot;inside&quot; walls left and right on your desk, about 22 cm above the table.<br>&#xA0;8. Click the long tube onto the wall brackets.<br>&#xA0;9. Print &quot;cradle for tube cap&quot; and screw onto the corner beam (see picture), place the hook on the short tube into the cradle. Done.</p>


Laptop shelf for corner table

Add a shelf to your corner workstation with a piece of tubing and some printed brackets. The shelf is suitable for a laptop, desktop synthesizers and similar. I made this for the IKEA Micke corner table (http://www.ikea.com/no/no/catalog/products/50244741/). All parts are affixed with snap-on clamps from http://www.thingiverse.com/thing:132311, so the table can be removed quite easily if needed.The 3D parts are all easy prints. You need - 2 x wall bracket with tube clamp on top. NOTE. Print one of these MIRRORED, they have clamps angled 45 degrees and go on opposite sides. - 6 x tube clamp - 1 x tube cap with a small rectangular hook - 1 x cradle for that hookInstructions -- please compare with the included pictures: 1. Measure your tube -- I used one that was about 13 mm in diameter. You may need to scale the 3D models to fit what you have. Different printers and filaments may have different tolerances too. 3. Cut tube in two: one 80 cm, one 30 cm part (or whatever fits your corner desk) 4. Print "tube cap with hook" and press onto one end of the short piece of tube. It should fit snugly. 5. Print 6 tube clamps and attach them in a T underneath the wooden board (see picture) 6. Snap the long and short tube parts in place on the board 7. Screw the "wall brackets with clamps" onto the "inside" walls left and right on your desk, about 22 cm above the table. 8. Click the long tube onto the wall brackets. 9. Print "cradle for tube cap" and screw onto the corner beam (see picture), place the hook on the short tube into the cradle. Done.


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                                            <p>I designed this guide to better position a hole in 2 axes when drilling. It has a semi circular groove in the bottom to help with uneven surfaces and guides for 2,3,4,5,6 &amp; 8mm bits. I&apos;ve added a small amount of extra tolerance to reduce the chances of friction welds.</p>
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Very Simple Drill Guide/Jig

 I designed this guide to better position a hole in 2 axes when drilling. It has a semi circular groove in the bottom to help with uneven surfaces and guides for 2,3,4,5,6 & 8mm bits. I've added a small amount of extra tolerance to reduce the chances of friction welds. 

<p>Thick parts.<br>
The display is detectable.</p>


Raspberry Pi 3 case with Camera and Triborg+

<p>A burr puzzle, also known as an interlocking puzzle, consists of notched pieces of wood, plastic or metal that when put together creates a three-dimensional shape. This version is pretty simple and therefore relatively easy to make. It consists of 12 pieces of which 11 of are identical. The 12th piece is the similar except that it has a notch cut into the top surface which is the key to the solution.<br>
Build Instructions: <a href="https://www.instructables.com/id/Burr-Puzzle/" rel="external">https://www.instructables.com/id/Burr-Puzzle/</a><br>
Solution Video: <iframe width="593" height="370" src="//www.youtube.com/embed/ZFlJCB1kEYU" frameborder="0" allowfullscreen></iframe><br>
Purchase from Amazon: <a href="http://amzn.to/2k99zjQ" rel="external">http://amzn.to/2k99zjQ</a></p>


Burr Puzzle

A burr puzzle, also known as an interlocking puzzle, consists of notched pieces of wood, plastic or metal that when put together creates a three-dimensional shape. This version is pretty simple and therefore relatively easy to make. It consists of 12 pieces of which 11 of are identical. The 12th piece is the similar except that it has a notch cut into the top surface which is the key to the solution.
Build Instructions: https://www.instructables.com/id/Burr-Puzzle/
Solution Video: 
Purchase from Amazon: http://amzn.to/2k99zjQ


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                                            <p>&#xA0;Initially a pen holder, transformed by my wife into a make-up accessories holder.</p>
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Pen Holder / Makeup Accessories Holder

 Initially a pen holder, transformed by my wife into a make-up accessories holder. 

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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/6f15a10f-baf7-42e4-a22b-81b4499e9290" target="_blank" rel="noopener noreferrer">model</a> by <a href="http://www.vectary.com/user/e0f0cfbb-d227-4bee-8b5a-1a870eb0e3ca" target="_blank" rel="noopener noreferrer">El Gullo</a></li>
<li><a href="http://www.vectary.com/model3d/b695494d-894e-4956-85e9-90189eda68ba" target="_blank" rel="noopener noreferrer">model</a> by <a href="http://www.vectary.com/user/e0f0cfbb-d227-4bee-8b5a-1a870eb0e3ca" target="_blank" rel="noopener noreferrer">El Gullo</a></li>
</ul>
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Bauble 3

 This model was created with VECTARY - the free, online 3D modeling tool Credits: model by El Gullo model by El Gullo 

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                                            <p>An angry zombie got bitten by a mosquito. Tough life. Lay it down, then you can print it with supports only&#xA0;on the back.&#xA0;</p>
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Zombie Bust

 An angry zombie got bitten by a mosquito. Tough life. Lay it down, then you can print it with supports only on the back. 

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