ALL3DP interviews 101Hero CEO Paul Keung about his $49 dollar Kickstarter 3D Printer. When it comes to 3D printing, how cheap is too cheap?

Everything We Know about 101Hero, the $49 3D Printer | All3DP

Entering the already cramped budget-MSLA 3D printer market is the Longer Orange 30. Is this the machine you want for the long haul? Read on for our review of its specs.

2020 Longer Orange 30: Review the Specs | All3DP

Films d’animation, effets spéciaux, visualisation architecturale... Retrouvez les meilleurs logiciels de rendu 3D dans notre guide. Certains sont gratuits !

Rendering 3D : les meilleurs logiciels de rendu 3D | All3DP Pro

Fittle is the world's first 3D printed braille puzzle which is open source. It's helping visually impaired people in India learn to read braille quickly and efficiently.

3D Printing and Distributing the Fittle Puzzle to Help People in India Learn Braille | All3DP

Go from Cinema 4D (C4D) to Blender with this easy exporting and importing guide. Now you can collaborate and share models with ease!

C4D to Blender: Transfer Models from C4D to Blender | All3DP

A long running class-action lawsuit that claimed MakerBot was knowingly selling faulty goods has been dismissed by a court in Minnesota.

Controversial Lawsuit Against MakerBot is Dismissed | All3DP

In this blender 3d printing tutorial, you will learn how to create text to 3D print using Blender.

How to 3D Print Text Using Blender | All3DP

GoPro cameras are perfect for great footage ‒ and deliver even more stunning shots with 3d printed accessories. Here are five you shouldn’t miss.

Produce better GoPro footage with 3d printed adapters

¿Creality Ender 3, Ender 3 Pro o Ender-3X? ¡Esa es la pregunta! Echa un vistazo a nuestro análisis de impresoras 3D para averiguar si merece la pena gastarse el dinero extra que cuestan las otras versiones.

Creality Ender 3 vs Ender 3 Pro vs Ender-3X: diferencias | All3DP

In four minutes from human to gaming avatar: This study from the University of Southern California uses 3D scanning to turn you into a game character.

3D Scan Turns You Into A Game Character in Just 4 Minutes | All3DP

Markforged ha dado su primer paso hacia la impresión 3D en metal. La Markforged Metal X es capaz de realizar piezas de metal personalizadas a un precio asequible. Echemos un vistazo a las especificaciones de esta máquina.

Markforged Metal X: características y datos clave | All3DP Pro

Are you a diehard fan of the Metal Gear video game franchise? Now you can use your 3D printer to cosplay as Solid Snake with a Solid Eye that is equipped with a working LED light.

Project of the Week: 3D Printed Solid Eye from Metal Gear Solid 4 | All3DP

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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>During his years in Antwerp, Claus mainly painted portraits and realistic, anecdotal genre pieces.Claus is considered to be the pioneer of Belgian luminism. In 1904, he founded the society Vie et Lumi&#xE8;re (&apos;life and light&apos;) and became known as the &apos;sun painter&apos; and the &apos;painter of the Lys&apos;. A magnificent example is his painting Cows crossing the Lys (1899), which shows a group of motley cows being herded across a small river, with sunlights reflecting off the moving water. The painting hangs in the Royal Museum of Fine Arts in Brussels (Belgium).During the First World War, while in exile in London, he painted a series of views on the river Thames, known as &quot;reflections on the Thames&quot;, in the style of Monet. They are his most traditional impressionist works. On 14 June 1924, Claus died in Astene. His last words were: &#x201C;Bloemen, bloemen, bloemen &#x2026;&#x201D; (&#x2018;Flowers, flowers, flowers&#x2019;). The day before his death, he had painted a pastel of a bouquet of flowers, sent to him by Queen Elisabeth of Belgium. Claus is buried in his own garden in Astene and a street is named after him in Brussels.</p>
<p>&#xA0;</p>
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Emile Claus

 During his years in Antwerp, Claus mainly painted portraits and realistic, anecdotal genre pieces.Claus is considered to be the pioneer of Belgian luminism. In 1904, he founded the society Vie et Lumière ('life and light') and became known as the 'sun painter' and the 'painter of the Lys'. A magnificent example is his painting Cows crossing the Lys (1899), which shows a group of motley cows being herded across a small river, with sunlights reflecting off the moving water. The painting hangs in the Royal Museum of Fine Arts in Brussels (Belgium).During the First World War, while in exile in London, he painted a series of views on the river Thames, known as "reflections on the Thames", in the style of Monet. They are his most traditional impressionist works. On 14 June 1924, Claus died in Astene. His last words were: “Bloemen, bloemen, bloemen …” (‘Flowers, flowers, flowers’). The day before his death, he had painted a pastel of a bouquet of flowers, sent to him by Queen Elisabeth of Belgium. Claus is buried in his own garden in Astene and a street is named after him in Brussels. 

<p>I designed some mobile phone stands which can be used with wireless charger pad or phone with its case or shell.</p>

<p>A phone in the photos is Apple iPhone8 plus (size 80x160x10mm).</p>


Mobile phone stands

I designed some mobile phone stands which can be used with wireless charger pad or phone with its case or shell.

A phone in the photos is Apple iPhone8 plus (size 80x160x10mm).


<html><head></head><body><h3 class="thing-component-header summary summary">Summary</h3>
<div><p>This is a valveless trumpet (bugle) built from a trumpet model with the valve assembly replaced by a transition tube. </p>
<p><em>The original trumpet CAD model was created by Zsombor Baka and placed on <a rel="nofollow" href="https://grabcad.com/library/trumpet-9"></a><a rel="nofollow" href="https://grabcad.com/library/trumpet-9">https://grabcad.com/library/trumpet-9</a> on January 22, 2016<br>
.<br></em>The mouthpiece was created by Valdecir Ferreira and placed on <a rel="nofollow" href="https://grabcad.com/library/trumpet-mouthpiece-3"></a><a rel="nofollow" href="https://grabcad.com/library/trumpet-mouthpiece-3">https://grabcad.com/library/trumpet-mouthpiece-3</a> on April 27, 2015.</p>
<p>*I have updated the model to a 11.66 mm (0.459&quot;) bore size and have increased the tubing thickness from 0.75 mm to 1.67 mm for 3D printing.</p>
<p>*Based on results given by David Gibson in his paper &quot;Novel Designer Plastic Trumpet Bells for Brass Instruments&quot;, <a rel="nofollow" href="http://dx.doi.org/10.14236/ewic/EVA2016.3"></a><a rel="nofollow" href="http://dx.doi.org/10.14236/ewic/EVA2016.3">http://dx.doi.org/10.14236/ewic/EVA2016.3</a>, I have modified the bell thickness from 0.75 mm to 4 mm in an attempt to better match the plastic vibratory response with that of brass.</p>
<p>*I have designed the receiver end of the leadpipe to accept the mouthpiece with a zero gap to the receiver internal step. If you want to set the gap to 3mm just file 3 mm off the end of the mouthpiece.</p>
<p>*Once I am satified with the tone of this valveless trumpet, I will be releasing a trumpet assembly with working valves based on the same CAD files.</p></div>
<h3 class="thing-component-header settings print-settings">Print Settings</h3>
<p class="detail-setting printer brand"><strong>Printer Brand: </strong>
                         </p><div><p>Creality</p></div>
<p></p>                                    
                                                <p class="detail-setting printer"><strong>Printer: </strong>
                         </p><div><p>Ender 3</p></div>
<p></p>                                    
                                                <p class="detail-setting rafts"><strong>Rafts: </strong>
                         </p><div><p>No</p></div>
<p></p>                                    
                                                <p class="detail-setting supports"><strong>Supports: </strong>
                         </p><div><p>Yes</p></div>
<p></p>                                    
                                                <p class="detail-setting resolution"><strong>Resolution: </strong>
                         </p><div><p>0.2</p></div>
<p></p>                                    
                                                <p class="detail-setting infill"><strong>Infill: </strong>
                         </p><div><p>100%</p></div>
<p></p>                                    
                    <strong>Filament:</strong> 
                    <a href="http://www.amazon.com/s?url=search-alias&amp;field-keywords=3D+Solutech+PLA&amp;tag=tv-auto-20" target="_blank">
                        3D Solutech PLA                    </a>

                    Clear
                
                        <br>                        <p class="detail-setting notes"><strong>Notes: </strong>
                        </p><div><p>Used 50% Infill on bell4</p></div>
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trumpet_valveless

This is a valveless trumpet (bugle) built from a trumpet model with the valve assembly replaced by a transition tube. 

*The original trumpet CAD model was created by Zsombor Baka and placed on [https://grabcad.com/library/trumpet-9](https://grabcad.com/library/trumpet-9) on January 22, 2016
.
*The mouthpiece was created by Valdecir Ferreira and placed on [https://grabcad.com/library/trumpet-mouthpiece-3](https://grabcad.com/library/trumpet-mouthpiece-3) on April 27, 2015.

*I have updated the model to a 11.66 mm (0.459") bore size and have increased the tubing thickness from 0.75 mm to 1.67 mm for 3D printing.

*Based on results given by David Gibson in his paper "Novel Designer Plastic Trumpet Bells for Brass Instruments", [http://dx.doi.org/10.14236/ewic/EVA2016.3](http://dx.doi.org/10.14236/ewic/EVA2016.3), I have modified the bell thickness from 0.75 mm to 4 mm in an attempt to better match the plastic vibratory response with that of brass.

*I have designed the receiver end of the leadpipe to accept the mouthpiece with a zero gap to the receiver internal step. If you want to set the gap to 3mm just file 3 mm off the end of the mouthpiece.

*Once I am satified with the tone of this valveless trumpet, I will be releasing a trumpet assembly with working valves based on the same CAD files.


<p>Here is the Maker Faire mascote redesigned and articulated by our creative director Samuel N.Bernier. We made this model to show that complex assembled parts can be made without support when using FFF desktop 3D printers the right way. Also to promote the first Paris Maker Faire that we organised in June 2014.</p>


Makey Robot

Here is the Maker Faire mascote redesigned and articulated by our creative director Samuel N.Bernier. We made this model to show that complex assembled parts can be made without support when using FFF desktop 3D printers the right way. Also to promote the first Paris Maker Faire that we organised in June 2014.


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                                            <p>Update: I have uploaded some new pics of this model printed in PLA and painted.</p>
<p>So I was going through some of my old stuff and cleaning out some old prints from my workshop and I came across some of these models I had printed some 2 years ago. What actually happened back then was I was learning to make some video games or online renders and had a ton of these weird and fancy looking 3d models (Mostly free I guess ......) and other software. I thought about trying to print some of these models with my 3d printer so I picked some fancy ones (clearly a bad move by a 3d printing newbie). Most of the models, of course, were too complex and marvelously posed hence unprintable. I know because I tried .... darn! just remembering the troubles is making me loose confidence...again.. :((<br>Anyways so the models which I did manage to clean and make work were printed and stashed in a cabinet somewhere at the back of my workshop. Since I have now started to post my models and makes I decided why not try to share some of these with the community. So here they are, for your printing and hair pulling pleasure (lol don&apos;t worry much these are tested as shown in images). Do try to print them and share a make also you can ask if there is any problem. Good Luck</p>
<p>P.S. I have printed this model in TPU which was the first time I experimented with it. I actually got a very ... fresh ... roll it seemed as even with my normal printer (the one without flexibles setup) I could print models out of TPU just great. I actually wanted to use the TPU for printing wheels for RC projects ( :( I never came around to those ) but since It was even printing some mechanical/moving parts just great I decided to throw a bunch of stuff at it, this model included. I was hoping maybe I could use it to make some tough figurines or toys. However after a few weeks of the filament lying out in the open and absorbing moisture, that was it as my normal printer would not work with TPU anymore :(. There were some stringing and extrusion issues with TPU ( should be apparent in the pics) but jamming or severe extrusion problems did not occur in the early days.</p>
<p>P.P.S. The dreadlock style hair was an unexpected result of fixing the model. So ... enjoy xD</p>
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Annoyed Lady waiting

 Update: I have uploaded some new pics of this model printed in PLA and painted. So I was going through some of my old stuff and cleaning out some old prints from my workshop and I came across some of these models I had printed some 2 years ago. What actually happened back then was I was learning to make some video games or online renders and had a ton of these weird and fancy looking 3d models (Mostly free I guess ......) and other software. I thought about trying to print some of these models with my 3d printer so I picked some fancy ones (clearly a bad move by a 3d printing newbie). Most of the models, of course, were too complex and marvelously posed hence unprintable. I know because I tried .... darn! just remembering the troubles is making me loose confidence...again.. :((Anyways so the models which I did manage to clean and make work were printed and stashed in a cabinet somewhere at the back of my workshop. Since I have now started to post my models and makes I decided why not try to share some of these with the community. So here they are, for your printing and hair pulling pleasure (lol don't worry much these are tested as shown in images). Do try to print them and share a make also you can ask if there is any problem. Good Luck P.S. I have printed this model in TPU which was the first time I experimented with it. I actually got a very ... fresh ... roll it seemed as even with my normal printer (the one without flexibles setup) I could print models out of TPU just great. I actually wanted to use the TPU for printing wheels for RC projects ( :( I never came around to those ) but since It was even printing some mechanical/moving parts just great I decided to throw a bunch of stuff at it, this model included. I was hoping maybe I could use it to make some tough figurines or toys. However after a few weeks of the filament lying out in the open and absorbing moisture, that was it as my normal printer would not work with TPU anymore :(. There were some stringing and extrusion issues with TPU ( should be apparent in the pics) but jamming or severe extrusion problems did not occur in the early days. P.P.S. The dreadlock style hair was an unexpected result of fixing the model. So ... enjoy xD 

bike, moto triumph street triple

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                                            <p>Boitier de rangement pour t&#xE9;l&#xE9;commande LED.<br>Storage case for LED remote control.</p>
<p>&#xA0;</p>
<p>Layer height: 0.2 mm<br>Support: no<br>Infill: 25%<br>Nozzle: 0.4 mm<br>Filament: PLA 1.75mm<br>Printing temperature: 200&#xB0;C<br>Build plate temperature : 60&#xB0;C</p>
<p>Hauteur de couche : 0,2 mm<br>Soutien : non<br>remplissage: 25%<br>Buse : 0,4 mm<br>Filament : PLA 1,75mm<br>Temp&#xE9;rature d&#x2019;impression : 200&#xB0;C<br>Temp&#xE9;rature du plateau : 60&#xB0;C</p>
<p>&#xA0;</p>
<p>&#xA0;</p>
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LED REMOTE CONTROL BOX

 Boitier de rangement pour télécommande LED.Storage case for LED remote control. Layer height: 0.2 mmSupport: noInfill: 25%Nozzle: 0.4 mmFilament: PLA 1.75mmPrinting temperature: 200°CBuild plate temperature : 60°C Hauteur de couche : 0,2 mmSoutien : nonremplissage: 25%Buse : 0,4 mmFilament : PLA 1,75mmTempérature d’impression : 200°CTempérature du plateau : 60°C 

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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/7e968c9f-2e3a-4722-ac72-42d3d3a8f96f" target="_blank" rel="noopener noreferrer">model</a> by <a href="http://www.vectary.com/user/3d6343f2-0c14-44e7-869a-a7c10ea51f83" target="_blank" rel="noopener noreferrer">cotir</a></li>
</ul>
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Donut bauble

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

Bracelet

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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>The Immaculate Conception, according to the teaching of the Catholic Church, is the conception of the Blessed Virgin Mary free from original sin by virtue of the foreseen merits of her son Jesus Christ.</p>
<p>The Lapidarium of the National Museum exhibition called &#x201C;The monuments of stone carving in Bohemia from the 11th to 19th Century&#x201D; informs visitors about the methods of mining, with the utilisation and processing of rocks used for stone carving, and about the care of damaged stone artefacts in the introductory display cases.</p>
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Mary Immaculate - off reproduction statues

 The Immaculate Conception, according to the teaching of the Catholic Church, is the conception of the Blessed Virgin Mary free from original sin by virtue of the foreseen merits of her son Jesus Christ. The Lapidarium of the National Museum exhibition called “The monuments of stone carving in Bohemia from the 11th to 19th Century” informs visitors about the methods of mining, with the utilisation and processing of rocks used for stone carving, and about the care of damaged stone artefacts in the introductory display cases. 

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                                            <p>replica of a bone blade</p>
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bone blade

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                                            <p>ZERO ENERGY WRITING POCKET RATTLE<br>No batteries, no solar cells, just manpower!</p>
<p>An electronics project for printing people, should be without the necessity to make a printed circuit board (not everybody has that capability). Only very simple and basic soldering is required. In spite of that, the project has a certain level of complexity. That&#x2019;s why Arduino comes in. The Nano3V has a small footprint and is very low cost. A simple monochrome 10 led air writer, based on persistence of vision (POV) , is presented here. Easy to make, without skills in electronics</p>
<p>We probably all played with a rattle as a child. Turning it around, making lots of noise. So we will make a rattle! Since a green project gives a better chance to win the Makerbot, we add a small geared DC motor to the rattle to generate the electricity for the Arduino . The energy is supplied by the user of this gadget himself .</p>
<p>When blinking leds are moved through the air, we see dotted lines. With ten leds in a row, blinking in a synchronized way, we can write characters in the air. A small geared dc motor has to supply about 12 volts. The geared motor shown, or something similar, is exactly what we need. Buy it here<br><a href="http://www.aliexpress.com/snapshot/6604610388.html?orderId=66765675522572" rel="nofollow">http://www.aliexpress.com/snapshot/6604610388.html?orderId=66765675522572</a><br>or use the specification to select one yourself.<br>The SCAD file is included for eventual adaptions to the motor size.<br>By rotating the 3D printed mid air led printer, the leds move in a circle, writing lines in the air.<br>Arduino synchronizes the blinking of the individual leds. The color of the leds can be chosen as long as the right series resistor is used. For 20 mA green and blue leds, a resistor of 82 (or 100) Ohms is used. For red leds we need 150 Ohms. Make sure the leds are diffuse. A clear led throws the light in a bundle and is not visible outside the angle of the beam. A diffuse led is visible from all angles.</p>
<p>The NanoV3 is plugged into a mini breadboard, widely available in electronic shops.<br>Ten leds are mounted into the housing and the series resistors are soldered to the longer led wire. The resistor wires are connected to the breadboard in such a way that they correspond with Arduino port numbers D3-D12. The short led wires are all connected to Gnd. To make soldering a bit easier for beginners, the box has plenty of room. The dynamo wires got to V-in and Gnd. Check which one is positive (with a voltmeter or a led) when you rotate the handle, before actually connecting them. You will notice that the rattle prevents you from rotating in the wrong direction.<br>Shrink tube is perfect to fix the motor wire to the extensions.<br>The case is not only a housing, when rotated it takes care of the necessary centrifugal forces as well. The distance between dynamo and leds is about 30 cm. However, the entire thing can be folded to pocket size.<br>When you take it out of your pocket and unfold it in one move, it works immediately. Your audience will be surprised. This gadget can be used in many places. It can show the name of your favorite sports club, or your loved one when you bring a serenade or WELCOME when you pick up someone at the airport. Or it shows HAPPY BIRTHDAY when you visit a friend or GOOD MORNING entering the office.</p>
<p>An example program for Arduino is included. It clearly shows how characters are build up row after row. Play with the timing to influence dot width and character spacing.</p>
<p>The text moves around in mid air, the position changes and depends on delay times in the program, the speed of rotation and the length of the text. To stabilize the text, a reed switch is activated by a neodymium magnet in the grip. A 10K resistor keeps A5 to 5Volt until the reed switch closes. The wires run through channels to the other side of the housing. Take care of proper insulation with a piece of tape. Adjust the position of the magnet in such a way that the reed switch closes and opens during a rotation and fix it with some tape or shrink tube. At the point it closes, the text will start, always at the same position.<br>To optimize exposure, the (modest) rattling will draw attention. If the text is upside down, reverse the following order of the port numbers 3-12 in the Arduino sketch.<br><a href="https://youtu.be/rEn0A5Q5Hw8" rel="nofollow">https://youtu.be/rEn0A5Q5Hw8</a><br><a href="https://www.youtube.com/watch?v=9UMbsx2-I3E" rel="nofollow">https://www.youtube.com/watch?v=9UMbsx2-I3E</a></p>
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ZERO ENERGY WRITING POCKET RATTLE

 ZERO ENERGY WRITING POCKET RATTLENo batteries, no solar cells, just manpower! An electronics project for printing people, should be without the necessity to make a printed circuit board (not everybody has that capability). Only very simple and basic soldering is required. In spite of that, the project has a certain level of complexity. That’s why Arduino comes in. The Nano3V has a small footprint and is very low cost. A simple monochrome 10 led air writer, based on persistence of vision (POV) , is presented here. Easy to make, without skills in electronics We probably all played with a rattle as a child. Turning it around, making lots of noise. So we will make a rattle! Since a green project gives a better chance to win the Makerbot, we add a small geared DC motor to the rattle to generate the electricity for the Arduino . The energy is supplied by the user of this gadget himself . When blinking leds are moved through the air, we see dotted lines. With ten leds in a row, blinking in a synchronized way, we can write characters in the air. A small geared dc motor has to supply about 12 volts. The geared motor shown, or something similar, is exactly what we need. Buy it herehttp://www.aliexpress.com/snapshot/6604610388.html?orderId=66765675522572or use the specification to select one yourself.The SCAD file is included for eventual adaptions to the motor size.By rotating the 3D printed mid air led printer, the leds move in a circle, writing lines in the air.Arduino synchronizes the blinking of the individual leds. The color of the leds can be chosen as long as the right series resistor is used. For 20 mA green and blue leds, a resistor of 82 (or 100) Ohms is used. For red leds we need 150 Ohms. Make sure the leds are diffuse. A clear led throws the light in a bundle and is not visible outside the angle of the beam. A diffuse led is visible from all angles. The NanoV3 is plugged into a mini breadboard, widely available in electronic shops.Ten leds are mounted into the housing and the series resistors are soldered to the longer led wire. The resistor wires are connected to the breadboard in such a way that they correspond with Arduino port numbers D3-D12. The short led wires are all connected to Gnd. To make soldering a bit easier for beginners, the box has plenty of room. The dynamo wires got to V-in and Gnd. Check which one is positive (with a voltmeter or a led) when you rotate the handle, before actually connecting them. You will notice that the rattle prevents you from rotating in the wrong direction.Shrink tube is perfect to fix the motor wire to the extensions.The case is not only a housing, when rotated it takes care of the necessary centrifugal forces as well. The distance between dynamo and leds is about 30 cm. However, the entire thing can be folded to pocket size.When you take it out of your pocket and unfold it in one move, it works immediately. Your audience will be surprised. This gadget can be used in many places. It can show the name of your favorite sports club, or your loved one when you bring a serenade or WELCOME when you pick up someone at the airport. Or it shows HAPPY BIRTHDAY when you visit a friend or GOOD MORNING entering the office. An example program for Arduino is included. It clearly shows how characters are build up row after row. Play with the timing to influence dot width and character spacing. The text moves around in mid air, the position changes and depends on delay times in the program, the speed of rotation and the length of the text. To stabilize the text, a reed switch is activated by a neodymium magnet in the grip. A 10K resistor keeps A5 to 5Volt until the reed switch closes. The wires run through channels to the other side of the housing. Take care of proper insulation with a piece of tape. Adjust the position of the magnet in such a way that the reed switch closes and opens during a rotation and fix it with some tape or shrink tube. At the point it closes, the text will start, always at the same position.To optimize exposure, the (modest) rattling will draw attention. If the text is upside down, reverse the following order of the port numbers 3-12 in the Arduino sketch.https://youtu.be/rEn0A5Q5Hw8https://www.youtube.com/watch?v=9UMbsx2-I3E 

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                                            <p>This is a fun desktop game that you can play at home or in the office. It is 10 pin bowling that you can play at home. Prints in segments so you can print it on most printers.&#xA0;No glue, hassle free assembly.</p>
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Desktop Bowling

 This is a fun desktop game that you can play at home or in the office. It is 10 pin bowling that you can play at home. Prints in segments so you can print it on most printers. No glue, hassle free assembly. 

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