No, it’s not April 1rst: A chinese company claims to have invented an eco-friendly material made from rice and wheat stalks. It might be more eco-friendly than PLA.

Print with Straw | All3DP

The WASP Top DLP 3D printer solves two problems of typical DLP printers while preserving the high precision DLP printers are known for.

WASP Top DLP 3D printer: clever solution to DLP problems | All3DP

15 year old whizzkid creates OneRing, a 3D printed Parkinson's tracker that uses machine learning to analyze and understand movement.

OneRing: 15 Year Old Creates 3D Printed Parkinson's Tracker | All3DP

3D printed art pieces created by Denver artist Kristin Stransky have been stolen from Colorado State University's Electronic Art Gallery.

3D Printed Art Pieces Stolen From Colorado Gallery | All3DP

Data visualization meets 3D printing with a map documenting hate groups in the United States. Learn about the intriguing work of Dano Wall.

3D Printable Map of the United Stated by Hate Groups | All3DP

Boston woman raises animal-love to a whole new level with a $2,500 3D printed chicken prosthetic. Leading candidate for Mother Hen of Year.

$2,500 3D Printed Chicken Prosthetic for Cecily the Hen | All3DP

There are lots of great 3D printed props inspired by "Back to the Future". These are the ten coolest 3D printed props we could find.

The 10 Best 3D Printed Props from "Back to the Future" | All3DP

A homemade software called gDraw allows you to sketch a design in 2D and then create a G-Code file that can be 3D printed to adorn cards.

3D Print Your Own Unique Greeting and Thank You Cards with gDraw | All3DP

Democratized, open source agriculture sounds like an unusual concept, but that's exactly what FarmTools3D hopes to achieve with 3D printing.

FarmTools3D uses 3D Printing to Bring Better Farming to All | All3DP

Learn how to sort your coins with a 3D printed coin sorter so you don't have to worry about sorting your coins ever again. Sorted!

This 3D Printed Coin Sorter will Automagically Sort Your Coins | All3DP

Bodyscape is a 3D printed fashion garment which is illuminated by the wearer's movement. It's inspired by the behavior of the human body.

Behnaz Farahi's Bodyscape Creates "Illuminated Choreography" Through Motion | All3DP

A team of creators at the Blender Institute in Amsterdam are using LulzBot Mini 3D printers to bring their creations to life.

Artists Design and 3D Print at Blender Institute in Amsterdam | All3DP

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 A pencil tube with a&#xA0;bubbles design and screw top.
Great for school
Easy to print, no supports
Have a look at my other designs, including my other pencil tubes, here:&#xA0;myminifactory.com/users/CheesmondN
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Bubble pencil case box screw top

 A pencil tube with a bubbles design and screw top. Great for school Easy to print, no supports Have a look at my other designs, including my other pencil tubes, here: myminifactory.com/users/CheesmondN 

I wanted a wall mount for my mobile charger because I use it as my daily charger and leave it at home. It seemed hard to do the mobile charger holder in CAD, so I did it in blender, but it is one of my first blender model so I had some trouble with precision. First model was slightly too loose but OK for me with a bit of padding. I scaled down the new version by about 5mm in the loose axis (Z axis of the blender scene) so I think it should be fine now but please do tell me if you find there is still too much play. 

I also made a wall mount for the CCS type 2 plug (also called IEC 62196 type 2). There are quite a few wall mount for the plug but I&apos;m not so sure for the european plug. 
For the plug hole, I used the step file from phoenix contact&apos;s EV-T2AC-PARK as a reference for dimensions. The fit is pretty good.

Tesla mobile charger wall mount + IEC 62196 type 2 plug wall mount

I wanted a wall mount for my mobile charger because I use it as my daily charger and leave it at home. It seemed hard to do the mobile charger holder in CAD, so I did it in blender, but it is one of my first blender model so I had some trouble with precision. First model was slightly too loose but OK for me with a bit of padding. I scaled down the new version by about 5mm in the loose axis (Z axis of the blender scene) so I think it should be fine now but please do tell me if you find there is still too much play. 

I also made a wall mount for the CCS type 2 plug (also called IEC 62196 type 2). There are quite a few wall mount for the plug but I'm not so sure for the european plug.
For the plug hole, I used the step file from phoenix contact's EV-T2AC-PARK as a reference for dimensions. The fit is pretty good.


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 A simple garlic pot 3D scanned with the MakerBot Digitizer Desktop 3D Scanner.
By Creative Tools
<ul>
<li>
<a title="Official homepage of Creative Tools" href="http://Creative-Tools.com" rel="nofollow">Home</a> - <a title="Creative Tools&apos; Thingiverse 3D-printable files" href="http://www.thingiverse.com/CreativeTools/designs" rel="nofollow">Things</a> - <a title="Creative Tools&apos; Google Plus page" href="http://google.com/+CreativetoolsSe" rel="nofollow">GooglePlus</a> - <a title="Creative Tools&apos; Twitter page" href="http://twitter.com/CreativeTools" rel="nofollow">Twitter</a> - <a title="Creative Tools&apos; Facebook page" href="http://facebook.com/creativetools" rel="nofollow">Facebook</a> - <a title="Creative Tools&apos; Youtube Channel" href="http://youtube.com/creativetools" rel="nofollow">Youtube</a> - <a title="Creative Tools&apos; Instructables" href="http://instructables.com/member/CreativeTools" rel="nofollow">Instructables</a> - <a title="Creative Tools&apos; Instagram" href="http://instagram.com/creative_tools" rel="nofollow">Instagram</a> - <a title="Creative Tools&apos; Flickr photo stream" href="https://www.flickr.com/photos/creative_tools/" rel="nofollow">Flickr</a> - <a title="Creative Tools&apos; Vimeo videos" href="http://vimeo.com/creativetools/videos" rel="nofollow">Vimeo</a> - <a title="Creative Tools&apos; LinkedIn company page" href="https://www.linkedin.com/company/creative-tools" rel="nofollow">LinkedIn</a>
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Garlic pot with lid

 A simple garlic pot 3D scanned with the MakerBot Digitizer Desktop 3D Scanner. By Creative Tools Home - Things - GooglePlus - Twitter - Facebook - Youtube - Instructables - Instagram - Flickr - Vimeo - LinkedIn 

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 This object was made for use in MyMiniFactory&apos;s competition for fidget spinnners. <a href="https://www.tinkercad.com/things/gVZw4Z3Z2ED">https://www.tinkercad.com/things/gVZw4Z3Z2ED</a>
The spinner is made from a simple book hinge to accommodate standard 608 bearings. In addition, when folded shut, the spinner has an indentation similar to that of a worry stone (see pictures).
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Folding Dual Spinner/Worry Stone

 This object was made for use in MyMiniFactory's competition for fidget spinnners. https://www.tinkercad.com/things/gVZw4Z3Z2ED The spinner is made from a simple book hinge to accommodate standard 608 bearings. In addition, when folded shut, the spinner has an indentation similar to that of a worry stone (see pictures). 

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 Pyotr Bagration (10 July 1765 &#x2013; 24 September 1812) was a Russian general and prince who rose to prominence during Napoleonic Wars. Bagration was the husband of Klemens von Metternich&apos;s lover Catherine and the alleged lover of Tsar Alexander&apos;s sister Catherine. He was subsequently portrayed with a supporting role in Tolstoy&apos;s epic novel War and Peace.
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Bust Pyotr Bagration

 Pyotr Bagration (10 July 1765 – 24 September 1812) was a Russian general and prince who rose to prominence during Napoleonic Wars. Bagration was the husband of Klemens von Metternich's lover Catherine and the alleged lover of Tsar Alexander's sister Catherine. He was subsequently portrayed with a supporting role in Tolstoy's epic novel War and Peace. 

These drawers were designed to work with some of the Stack On 39 Drawer Storage Cabinet to provide divided drawers. I have tested the ones in included in this in my cabinet, but due to printer differences and manufacturing differences I don&apos;t know if they will work in all of them.

Currently I only have the smaller drawers completed, with two compartments or three. I intend on doing the larger drawers in the future, the basic drawer is designed just need to come up with how to divide them.

The handles come in two varieties, one for 6-32 hardware and one for M4 hardware

M4 bolt 8mm length or less with washer 
M4 nut press fit into M4 knob

6-32 screw 3/8 inch length or less with washer 
6-32 nut press fit into 632 knob

Just insert the bolt from the inside and screw the knob on.

Stack On Replacement Drawers with Handles

These drawers were designed to work with some of the Stack On 39 Drawer Storage Cabinet to provide divided drawers. I have tested the ones in included in this in my cabinet, but due to printer differences and manufacturing differences I don't know if they will work in all of them.

Currently I only have the smaller drawers completed, with two compartments or three. I intend on doing the larger drawers in the future, the basic drawer is designed just need to come up with how to divide them.

The handles come in two varieties, one for 6-32 hardware and one for M4 hardware

M4 bolt 8mm length or less with washer
M4 nut press fit into M4 knob

6-32 screw 3/8 inch length or less with washer
6-32 nut press fit into 632 knob

Just insert the bolt from the inside and screw the knob on.


Spider-Ham(Separation version)

Be like me and support your favorite NFL team! With this Detroit Lions screen cover, credit thingyverse user stash1280 for creating a lions wall hanger and then in FreeCAD combining to a screen cover. Try and print on your 3D printer at home!

Be sure to scale the stl file to fit your desired print bed (Example 
: Cura)

Detroit Lions Screen Cover

Be like me and support your favorite NFL team! With this Detroit Lions screen cover, credit thingyverse user stash1280 for creating a lions wall hanger and then in FreeCAD combining to a screen cover. Try and print on your 3D printer at home!

Be sure to scale the stl file to fit your desired print bed (Example
: Cura)


This is the basic ring and clip set for the Tinkerlight system. Creating a lamp from this set requires the lamp hardware kit, as well as your own 3D design.

Full details of the system are at:

<a href="http://robot50.net/projects/tinkerlight/" rel="external">http://robot50.net/projects/tinkerlight/</a>

The lamp hardware kit can be purchased on ebay at:

<a href="http://www.ebay.com/itm/LED-lamp-module-kit-for-3D-printed-lamp-designs-/152047252501?ssPageName=ADME:L:LCA:US:1123" rel="external">http://www.ebay.com/itm/LED-lamp-module-kit-for-3D-printed-lamp-designs-/152047252501?ssPageName=ADME:L:LCA:US:1123</a>

You will also need your own USB power source.

This set is being provided for people who want to create their own design for a lamp that will work with the Tinkerlight hardware (three complete designs have been posted to Thingiverse as well).

You can attach the clip to your lamp design in your favorite 3D design software and print out the results along with the mount ring.

There are some important considerations when creating your own lamp design concerning heat. 3D plastic filament melts at a low temperature. The LED in use by the hardware kit generates a lot of heat. The PCB gets hot enough to melt printed filament over most of its surface (and possibly burn a finger!). The mounting ring designed for this application holds the PCB only by its edges and provides for ample air flow around the PCB while keeping fingers away (at least from the back side). Thus the LED module should only be used mounted in the ring designed for it.

Also, the heat generated by the LED could soften or melt printed filament directly above it. Leave at least 2 inches of open airspace above the LED if you are mounting it similarly to the Tinkerlight Rocket Lamp design (<a href="http://www.thingiverse.com/thing:1478138" rel="external">http://www.thingiverse.com/thing:1478138</a>) and include vent holes near the top of your design.

The light source supplied with the kit is a neutral white (4000-4500k) LED that consumes 2.25 watts (450ma at 5 volts).

The desk lamp parts will print on most printers without supports and a 6x6x6 build platform. ABS is recommended for its higher heat resistance but the lamp will work with PLA.

Tinkerlight Clip and Ring set

This is the basic ring and clip set for the Tinkerlight system. Creating a lamp from this set requires the lamp hardware kit, as well as your own 3D design.

Full details of the system are at:

http://robot50.net/projects/tinkerlight/

The lamp hardware kit can be purchased on ebay at:

http://www.ebay.com/itm/LED-lamp-module-kit-for-3D-printed-lamp-designs-/152047252501?ssPageName=ADME:L:LCA:US:1123

You will also need your own USB power source.

This set is being provided for people who want to create their own design for a lamp that will work with the Tinkerlight hardware (three complete designs have been posted to Thingiverse as well).

You can attach the clip to your lamp design in your favorite 3D design software and print out the results along with the mount ring.

There are some important considerations when creating your own lamp design concerning heat. 3D plastic filament melts at a low temperature. The LED in use by the hardware kit generates a lot of heat. The PCB gets hot enough to melt printed filament over most of its surface (and possibly burn a finger!). The mounting ring designed for this application holds the PCB only by its edges and provides for ample air flow around the PCB while keeping fingers away (at least from the back side). Thus the LED module should only be used mounted in the ring designed for it.

Also, the heat generated by the LED could soften or melt printed filament directly above it. Leave at least 2 inches of open airspace above the LED if you are mounting it similarly to the Tinkerlight Rocket Lamp design (http://www.thingiverse.com/thing:1478138) and include vent holes near the top of your design.

The light source supplied with the kit is a neutral white (4000-4500k) LED that consumes 2.25 watts (450ma at 5 volts).

The desk lamp parts will print on most printers without supports and a 6x6x6 build platform. ABS is recommended for its higher heat resistance but the lamp will work with PLA.


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 Here&apos;s a basic open bangle for you guys! Would look especially good in pastels.
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Basic Open Bangle

 Here's a basic open bangle for you guys! Would look especially good in pastels. 

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 <a href="/pages/support-scan-the-world" target="_blank" rel="noopener noreferrer"><img src="/uploads/tinymce-images/support.png" alt></a>Gothic style mainly focused on creating&#xA0;buildings with the least stone walls possible &#x2013; therefore they used a lot of pillars and other devices to replace walls, and leave more space for windows and light. That is why pillars&#xA0;and capitals were much more ornated and sophisticated than in the Romanesque style, because they participated in the particular atmosphere created in Gothic churches. This capital follows the Corinthian order.
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Capital from the Church of St. Marie d'Aurona

 Gothic style mainly focused on creating buildings with the least stone walls possible – therefore they used a lot of pillars and other devices to replace walls, and leave more space for windows and light. That is why pillars and capitals were much more ornated and sophisticated than in the Romanesque style, because they participated in the particular atmosphere created in Gothic churches. This capital follows the Corinthian order. 

You must use the file &quot;puente maqueta base&quot; with the other parts. 
The part &quot;puente maqueta B middle&quot; has been created to be printed for 4 times and glue side to side to create a beam effect.

The part &quot;puente maqueta base&quot; width must be adjustent to the rail and train use in the dioram

Bridge train n scale

You must use the file "puente maqueta base" with the other parts.
The part "puente maqueta B middle" has been created to be printed for 4 times and glue side to side to create a beam effect.

The part "puente maqueta base" width must be adjustent to the rail  and train use in the dioram


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 This is my Google home mini stand for my desktop!
It&apos;s easy to print.
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