Phone leaks are as inevitable as death and taxes. But here's a new twist; Google Nexus 6 flagship smartphone leaked as a 3D printed model.

Google Nexus 6 Leaked as a 3D Print | All3DP

Want to explore the great outdoors in bad weather with your drone? Here is a list of waterproof drones for beginners and professionals.

10 Best Waterproof Drones You Can Fly | All3DP

An ambitious new collaboration between We the Builders and Adam Savage seeks to crowd-source and 3D print a six foot tall sculpture of Rosie the Riveter for the Nation of Makers Conference in June.

Take Part in 3D Printing a Massive Rosie the Riveter Sculpture | All3DP

These 3D printed patterned landscapes will have you booking your next holiday to the historical country of Cyprus in a heartbeat.

3D Printed Patterned Landscapes of Cyprus | All3DP

Looking for free 3D architecture and BIM software? Check out our top picks for the best tools on the market right now. Many are free!

2021 Best 3D Architecture / BIM Software (Many are Free) | All3DP Pro

There's printing big and then there's printing biiig. Read on as we review the specs of the Peopoly Phenom L, the largest machine in the Phenom series.

Peopoly Phenom L: Review the Specs | All3DP

ThatsMyFace is a company which uses two headshots to 3D print your face. That technology can trick some facial recognition systems.

3D Printed Latex Masks can Fool Facial Recognition Systems | All3DP

Berlin startup BigRep is partnering up with Heidelberg Digital Platforms for production of the BigRep STUDIO large-scale 3D printer.

BigRep STUDIO Goes into Production in Germany | All3DP

If you're worried about your printer's emissions, 3D printer filters can help, but there are also many misconceptions. Read on to learn more.

3D Printer Filter: Ventilation & Filtering Misconceptions | All3DP

Ultimaker unveils two software platforms that will improve and extend the capabilities of their popular line of 3D printing machines.

Ultimaker Announces New Software Solutions For Cura | All3DP

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A DIY 3D printer kit for beginners, the STARTT stands apart for good reason: it costs just $99. Learn how to build your own with our guide.

Build a Cheap DIY 3D Printer Kit for $99: The iMakr STARTT | All3DP

Short Bearing Adapter for Direct Drive

This is a re-mix of my original enclosure for The Things Network (TTN) node based on Adafruit Feather M0 with RFM95 LoRa Radio and Adafruit OLED FeatherWing: 
<a href="https://www.youmagine.com/designs/enclosure-for-the-things-network-node" rel="external">https://www.youmagine.com/designs/enclosure-for-the-things-network-node</a>

This version is taller to accept the Adafruit GPS FeatherWing in the middle.

See <a href="https://www.hackster.io/Amedee/the-things-network-node-for-ttnmapper-org-with-gps-231ea1" rel="external">https://www.hackster.io/Amedee/the-things-network-node-for-ttnmapper-org-with-gps-231ea1</a> for details

The design is optimized for a 0.35mm nozzle and 2mm layer height.

Enclosure for "The Things Network" node with GPS

This is a re-mix of my original enclosure for The Things Network (TTN) node based on Adafruit Feather M0 with RFM95 LoRa Radio and Adafruit OLED FeatherWing:
https://www.youmagine.com/designs/enclosure-for-the-things-network-node

This version is taller to accept the Adafruit GPS FeatherWing in the middle.

See https://www.hackster.io/Amedee/the-things-network-node-for-ttnmapper-org-with-gps-231ea1 for details

The design is optimized for a 0.35mm nozzle and 2mm layer height.


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 Gearset 1:2 ratio / Zahnradsatz 1:2 &#xDC;bersetzung
Three spur gears with matching shafts, which can be combined as desired. / Drei Stirnr&#xE4;der mit passenden Wellen, die beliebig kombiniert werden k&#xF6;nnen.
 Center distance / Achsabstand 1:2 - 50.625 mm Center distance / Achsabstand 1:1 - 67.5 mm
 Spur gear 1 / Stirnrad 1
Number of teeth / Z&#xE4;hnezahl: 15 Pitch circle / W&#xE4;lzkreisdurchmesser: 33.75 mm Hub diameter / Nabendurchmesser: 8 mm
 Spur gear 2 / Stirnrad 2
Number of teeth / Z&#xE4;hnezahl: 30 Pitch circle / W&#xE4;lzkreisdurchmesser: 67.5 mm Hub diameter / Nabendurchmesser: 12 mm
 Double spur gear / Doppelstirnrad
Number of teeth / Z&#xE4;hnezahl: 15 and 30 Pitch circle / W&#xE4;lzkreisdurchmesser: 33.75 and 67.5 mm Hub diameter / Nabendurchmesser: 22 mm
Suitable for bearing 608Z / Passend f&#xFC;r Lager 608Z (D= 22 mm, d= 8 mm, B= 7mm)
 Shaft 1 / Welle 1
Total length / Gesamtl&#xE4;nge: 50 mm Diameter / Durchmesser: 8 mm Flattened on both sides / Beidseitig abgeflacht
 Shaft 2 / Welle 2
Total length / Gesamtl&#xE4;nge: 50 mm Diameter / Durchmesser: 12 mm Flattened on both sides / Beidseitig abgeflacht
In order for the gears to work well together, the 3D printer should be calibrated properly and produce clean external surfaces. If possible aline the starting points of the outer perimeters and remove the plastic bumps in a single cut.
The shafts are constructed without play. If the parts are not plug into each other, STL files must be downsized in the radial direction.
/
Damit die Zahnr&#xE4;der gut miteinander arbeiten sollte der 3D-Drucker korrekt kalibriert sein und saubere Au&#xDF;enfl&#xE4;chen produzieren. Nach M&#xF6;glichkeit setzt man den Startpunkt der &#xE4;u&#xDF;eren Bahnen &#xFC;bereinander um die dortige Kunststoffanh&#xE4;ufung mit einem Schnitt entfernen zu k&#xF6;nnen.
Die Wellen sind ohne Spiel konstruiert. Falls sich die Teile nicht ineinander stecken lassen, m&#xFC;ssen STL-Dateien in radialer Richtung verkleinert werden.
Printparameter / Druckparameter
Printer / Drucker: Velleman K8200
Material: PLA Temp. Extruder: 190 &#xB0;C Temp. Bed / Bett: 50 &#xB0;C
Layerheight / Schichth&#xF6;he: 0.25 mm Perimeters / Umrissbahnen: 2 - 4 Solid Top Bottom Layer / Volle Boden- und Dachschichten: 2 Infill / F&#xFC;lldichte: 40 %
No Support needed / keine St&#xFC;tzkonstruktion n&#xF6;tig
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Gearset 1:2 ratio / Zahnradsatz 1:2 Ubersetzung

 Gearset 1:2 ratio /Zahnradsatz 1:2 Übersetzung Three spur gears with matching shafts, which can be combined as desired. /Drei Stirnräder mit passenden Wellen, die beliebig kombiniert werden können. Center distance / Achsabstand 1:2 - 50.625 mmCenter distance / Achsabstand 1:1 - 67.5 mm Spur gear 1 / Stirnrad 1 Number of teeth / Zähnezahl: 15Pitch circle / Wälzkreisdurchmesser: 33.75 mmHub diameter / Nabendurchmesser: 8 mm Spur gear 2 / Stirnrad 2 Number of teeth / Zähnezahl: 30Pitch circle / Wälzkreisdurchmesser: 67.5 mmHub diameter / Nabendurchmesser: 12 mm Double spur gear / Doppelstirnrad Number of teeth / Zähnezahl: 15 and 30Pitch circle / Wälzkreisdurchmesser: 33.75 and 67.5 mmHub diameter / Nabendurchmesser: 22 mm Suitable for bearing 608Z / Passend für Lager 608Z (D= 22 mm, d= 8 mm, B= 7mm) Shaft 1 / Welle 1 Total length / Gesamtlänge: 50 mmDiameter / Durchmesser: 8 mmFlattened on both sides / Beidseitig abgeflacht Shaft 2 / Welle 2 Total length / Gesamtlänge: 50 mmDiameter / Durchmesser: 12 mmFlattened on both sides / Beidseitig abgeflacht In order for the gears to work well together, the 3D printer should be calibrated properly and produce clean external surfaces. If possiblealine the starting points of the outer perimeters andremove the plastic bumps in a single cut. The shafts are constructed without play. If the parts are notplug into each other, STL files must be downsized in the radial direction. / Damit die Zahnräder gut miteinander arbeiten sollte der 3D-Drucker korrektkalibriert sein und saubere Außenflächen produzieren. Nach Möglichkeit setztman den Startpunkt der äußeren Bahnen übereinander um die dortige Kunststoffanhäufung mit einem Schnitt entfernen zu können. Die Wellen sind ohne Spiel konstruiert. Falls sich die Teile nicht ineinander stecken lassen, müssen STL-Dateien in radialer Richtung verkleinert werden. Printparameter / Druckparameter Printer / Drucker: Velleman K8200 Material: PLATemp. Extruder: 190 °CTemp. Bed / Bett: 50 °C Layerheight / Schichthöhe: 0.25 mmPerimeters / Umrissbahnen: 2 - 4Solid Top Bottom Layer / Volle Boden- und Dachschichten: 2Infill / Fülldichte: 40 % No Support needed / keine Stützkonstruktion nötig 

Keychain

<html><head></head><body><div class="short-text text-auto-link ">
 One of the most mysterious&#xA0;objects in the Royal Armouries&apos; collection is the &apos;horned helmet&apos;. This bizarre headpiece was commissioned in 1511 by he Holy Roman Emperor Maximilian I as a gift for the young King Henry VIII. The helmet would have been part of a full armour, worn by King Henry for&#xA0;court pageants.
Research to identify the source that inspired the horned helmet is continuing, but the copper alloy (possibly originally gilded) spectacles were never fitted with lenses, which reveals some clues as to its signification. It is believed that the spectacles form part of the identity of a &#x2018;fool&#x2019;, a figure commonly found in late 15th- and early 16th-century imagery, suggesting that everyone, however noble or lowly, has elements of foolishness in their character.
A number of images of fools wearing or carrying spectacles of this kind exist. The spectacles themselves are of so-called &#x2018;rivet&#x2019; type, an almost universal design which hinged in order that they might grip the bridge of the wearer&#x2019;s nose. Spectacles of this type are known in Europe from at least the middle of the 14th century.
Work on the iconography of the mask of the &#x2018;horned helmet&#x2019; continues, but there is increasing support for the view that it is that of a fool and that the spectacles are entirely a part of the representation of such a figure. We must also establish an explanation for the presence of the horns, which at the time the helmet was made were usually the sign of a cuckold or of the Devil. We now think that it may not have been thought appropriate to fit horns to a helmet intended for the King of England.
Following Henry&#x2019;s death in 1547, it was probably placed on display among other arms and armour belonging to him. The rest of the armour was apparently discarded as scrap metal after the Civil War. The extraordinary appearance of the helmet probably saved it from destruction and it remains one of the most enigmatic pieces in the collection to this day.
[Text credit: <a href="https://royalarmouries.org/stories/our-collection/the-horned-helmet/">Royal Armouries</a>]
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Armet - The Horned Helmet (1512)

 One of the most mysterious objects in the Royal Armouries' collection is the 'horned helmet'. This bizarre headpiece was commissioned in 1511 by he Holy Roman Emperor Maximilian I as a gift for the young King Henry VIII. The helmet would have been part of a full armour, worn by King Henry for court pageants. Research to identify the source that inspired the horned helmet is continuing, but the copper alloy (possibly originally gilded) spectacles were never fitted with lenses, which reveals some clues as to its signification. It is believed that the spectacles form part of the identity of a ‘fool’, a figure commonly found in late 15th- and early 16th-century imagery, suggesting that everyone, however noble or lowly, has elements of foolishness in their character. A number of images of fools wearing or carrying spectacles of this kind exist. The spectacles themselves are of so-called ‘rivet’ type, an almost universal design which hinged in order that they might grip the bridge of the wearer’s nose. Spectacles of this type are known in Europe from at least the middle of the 14th century. Work on the iconography of the mask of the ‘horned helmet’ continues, but there is increasing support for the view that it is that of a fool and that the spectacles are entirely a part of the representation of such a figure. We must also establish an explanation for the presence of the horns, which at the time the helmet was made were usually the sign of a cuckold or of the Devil. We now think that it may not have been thought appropriate to fit horns to a helmet intended for the King of England. Following Henry’s death in 1547, it was probably placed on display among other arms and armour belonging to him. The rest of the armour was apparently discarded as scrap metal after the Civil War. The extraordinary appearance of the helmet probably saved it from destruction and it remains one of the most enigmatic pieces in the collection to this day. [Text credit: Royal Armouries] 

<html><head></head><body><div class="short-text text-auto-link ">
 This is a filter to create playboy logo on your bokehs, you will need to insert this filter on&#xA0;<a href="https://www.myminifactory.com/object/the-bokeh-filter-ninja-flex-6671">this bokeh filter in ninja flex</a>&#xA0;for 50mm f1.8
Bokeh (&quot;blurred&quot; in Japanese) is that beautiful out of focus blur that appears when your lens is set to a shallow depth of field.
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Bokeh filter - Playboy

 This is a filter to create playboy logo on your bokehs, you will need to insert this filter on this bokeh filter in ninja flex for 50mm f1.8 Bokeh ("blurred" in Japanese) is that beautiful out of focus blur that appears when your lens is set to a shallow depth of field. 

<html><head></head><body><h3 class="thing-component-header summary summary">Summary</h3>
<div>made to hold 3/8s in hose line but has multiple uses.
Have back order parts for my printer, I imagine 35-45% infill should give enough strength to not break when fitting onto the line . will probably need supports unless you decide to print on its side, if so may have to create a hole for the screw if your printer isnt fully upgraded!! PLEASE LIKE AND POST RESULTS OF THE TRIALS!!!! i&apos;ll be working on infill and supporting the arch when i get my parts! thanks!! also pla may become brittle outside i will be trying PETG.</div>
<h3 class="thing-component-header settings print-settings">Print Settings</h3>
Printer Brand: 
 <div>Creality</div>
 
 Printer: 
 <div>Ender 3 Pro</div>
 
 Rafts: 
 <div>No</div>
 
 Supports: 
 <div>Yes</div>
 
 Resolution: 
 <div>0.16</div>
 
 Infill: 
 <div>40%</div>
 
 Filament: 
 <a href="http://www.amazon.com/s?url=search-alias&amp;field-keywords=hatchbox+PETG&amp;tag=tv-auto-20" target="_blank">
 hatchbox PETG </a>

 Black
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3/8in hoseline tiedown

made to hold 3/8s in hose line but has multiple uses.

Have back order parts for my printer, I imagine 35-45% infill should give enough strength to not break when fitting onto the line . will probably need supports unless you decide to print on its side, if so may have to create a hole for the screw if your printer isnt fully upgraded!! PLEASE LIKE AND POST RESULTS OF THE TRIALS!!!! i'll be working on infill and supporting the arch when i get my parts! thanks!! also pla may become brittle outside i will be trying PETG.

<html><head></head><body><div class="short-text text-auto-link ">
 This object was made in Tinkercad. <a href="https://www.tinkercad.com/things/2e6RdPJNGqg">https://www.tinkercad.com/things/2e6RdPJNGqg</a>. &#xA0;This is for using a dial gauge to level your CR-10 Bed. &#xA0;Pre-heat your bed, autohome, level one point with paper, then raise your extruder up and put the mount on. &#xA0;Then you can check the reading at one known level point and adjust your bed to that level at any other point on the bed. &#xA0;You will level your bed more accurately and faster than just using the paper method or printing a bed level test.
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CR-10 Dial Gauge Mount

 This object was made in Tinkercad. https://www.tinkercad.com/things/2e6RdPJNGqg. This is for using a dial gauge to level your CR-10 Bed. Pre-heat your bed, autohome, level one point with paper, then raise your extruder up and put the mount on. Then you can check the reading at one known level point and adjust your bed to that level at any other point on the bed. You will level your bed more accurately and faster than just using the paper method or printing a bed level test. 

gears

This is Budda, a cleaned up 3D scan of a metal head. I also included an OBJ just incase.&#xA0;NOTE: you may have to rotate it flat on the platform to print it.

Buddha

This is Budda, a cleaned up 3D scan of a metal head. I also included an OBJ just incase. NOTE: you may have to rotate it flat on the platform to print it.


Road work ahead? Uh yea, I sure hope it does

<html><head></head><body><div class="short-text text-auto-link ">
 <a href="/pages/support-scan-the-world" target="_blank" rel="noopener noreferrer"><img src="/uploads/tinymce-images/support.png" alt></a>This large Roman style Sphinx originates from Rome and was created around&#xA0;120-140 BC.&#xA0;It is believed that this marble sculpture was originally used as a leg or support for a large table. This particular sphinx is located in the House of the Faun in Pompeii, though many other variants exist around the world.
&#xA0;
This object is part of &quot;Scan The World&quot;. Scan the World is a non-profit initiative introduced by MyMiniFactory, through which we are creating a digital archive of fully 3D printable sculptures, artworks and landmarks from across the globe for the public to access for free. Scan the World is an open source, community effort, if you have interesting items around you and would like to contribute, email&#xA0;<a href="mailto:stw@myminifactory.com" target="_blank">stw@myminifactory.com</a>&#xA0;to find out how you can help.
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Sphinx in The House of the Faun, Pompeii

 This large Roman style Sphinx originates from Rome and was created around 120-140 BC. It is believed that this marble sculpture was originally used as a leg or support for a large table. This particular sphinx is located in the House of the Faun in Pompeii, though many other variants exist around the world. This object is part of "Scan The World". Scan the World is a non-profit initiative introduced by MyMiniFactory, through which we are creating a digital archive of fully 3D printable sculptures, artworks and landmarks from across the globe for the public to access for free. Scan the World is an open source, community effort, if you have interesting items around you and would like to contribute, email stw@myminifactory.com to find out how you can help. 

<html><head></head><body><div class="short-text text-auto-link short-text-youtube">
 <iframe src="//www.youtube.com/embed/nXSQrnCdxPc" width="560" height="314" allowfullscreen="allowfullscreen"></iframe>&#xA0;
Time-lapse print video :&#xA0;https://youtu.be/nXSQrnCdxPc
&#xA0;
&#xA0; Remix to support free and printed.&#xA0;
**Olaf from https://www.thingiverse.com/thing:4363123 (Easy print no support) by Alsamen&#xA0;
Subscribe to find out more support free 4K Time-lapse video:
youtube.com/watch?v=0m4EnaPzadk&amp;list=PLiilF_5yk3dPSMlEYUnDXscJI6oKquxvo
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