Maker designs world's first 3D printed multiaxis tourbillon...then uploads it for free to Thingiverse. Perfect weekend project for engineers?

First 3D Printed Multiaxis Tourbillon Free on Thingiverse | All3DP

Whether you loved Star Wars: The Last Jedi, fell asleep midway through or found it the pits, cheer yourself up with this Boba Fett printable.

Say Pfft to The Last Jedi: 3D Print Your Own Boba Fett Instead | All3DP

The curtain was lifted on the Bloodhound Super-Sonic Car this week. Many of its components were fabricated using 3D printing technology.

3D Printing Steers the Bloodhound Super-Sonic Car | All3DP

In Burghausen, Germany, silicone 3D print specialist ACEO opens the doors to its innovative tech with workshops and a new 3D print service.

ACEO Opens Specialist Silicone Print Lab in Germany | All3DP

Want to make and export 3D printable STL files with Blender? Check out this simple guide to learn how to do it!

Blender & STL Files: How to Make 3D Printables | All3DP

The Anet N4 is a budget LCD resin 3D printer boasting some impressive-sounding features for a surprisingly low price point. Read on as we review the specs.

Anet N4 LCD 3D Printer: Review the Specs | All3DP

Add a little spice to your hobby crafts with designer Christophe Laimer's guide to build your own powerful 600W brushless motor.

3D Print Your Own Powerful Brushless Motor | All3DP

Looking for some sweet accessories to add to your collection? Why not try a 3D printed ring? Here are our favorite places to find 3D printable and 3D printed rings.

3D Printed Ring – 4 Best Sources to Find the Perfect Model | All3DP

Effective 31 March 2016, the innovative 3D printing community Pinshape will be terminating their services.

3D Printing Community Pinshape Is Shutting Down | All3DP

Add some fright to your spine-chilling costume with this collection of Halloween-themed 3D printed jewelry, which includes a stitched neck and dripping bloody neck. 

[Project] 3D Print a Bloody or Stitched Neck for Your Halloween Costume | All3DP

CAE is another category of computer-aided tools that has revolutionized how we create designs. Read on to find out more about CAE software.

What Is CAE Software? – Simply Explained | All3DP

A sheet of bioprinted hydrogels -- inspired by the electric eel -- is capable of delivering 110 volts of electricity. It has potential to become a soft power source which draws on a biological system's chemical energy.

Electric Eels Inspire Device Which Reaches 110 Volts | All3DP

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 Simple First Order Tie Fighter stand.&#xA0; Prints with no supports.&#xA0; This one is scaled to 400%.&#xA0; Scale as needed.
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Tie Fighter Stand

 Simple First Order Tie Fighter stand. Prints with no supports. This one is scaled to 400%. Scale as needed. 

This Advents Calender is made of a wooden board some screws the individual presents are encapsulated in paper bags. The PINs are 3D printed. I designed them with OpenScad. For a more advanced version more shapes could be used and for the 40mm screws the shaft could be a little bit longer.&#xA0;

Advents Calendar

This Advents Calender is made of a wooden board some screws the individual presents are encapsulated in paper bags. The PINs are 3D printed. I designed them with OpenScad. For a more advanced version more shapes could be used and for the 40mm screws the shaft could be a little bit longer. 


Model of Giraffe toy from constructor ready for 3D printing.

The model is textured.

3D scanned with Artec Spider <a href="http://www.artec3d.com/" target="_blank">http://www.artec3d.com/</a>

Giraffe toy

Model of Giraffe toy from constructor ready for 3D printing.

The model is textured.

3D scanned with Artec Spider http://www.artec3d.com/

Dissected Clover Jewelry Set

2D&#xA0;Image&#xA0;From:<a href="http://vuorazas.deviantart.com/art/Deer-Tribal-216397897" rel="external">http://vuorazas.deviantart.com/art/Deer-Tribal-216397897</a>

Stag Viking Drawing Handle

2D Image From:http://vuorazas.deviantart.com/art/Deer-Tribal-216397897


This bundle of STL files contains Miniatures that I designed for the fun folk over at warsurge.com. The models are fantasy based and mostly were used for objective in their game! 
 
If you haven&apos;t already got the Warsurge app and playing it, then do it NOW!&#xA0; It&apos;s the best thing to hit the miniature war gaming world since ... well, ever. 
 
Reminder: This is a digital product, when you purchase this product you will receive STL files for you to print your own versions of the miniatures depicted in the accompanying images.&#xA0;&#xA0; 
I printed these on the AnyCubic 3D Photon printer.&#xA0;

Warsurge Fantasy Bundle

This bundle of STL files contains Miniatures that I designed for the fun folk over at warsurge.com. The models are fantasy based and mostly were used for objective in their game!

If you haven't already got the Warsurge app and playing it, then do it NOW!  It's the best thing to hit the miniature war gaming world since ... well, ever.

Reminder: This is a digital product, when you purchase this product you will receive STL files for you to print your own versions of the miniatures depicted in the accompanying images.  
I printed these on the AnyCubic 3D Photon printer. 

Youth

Este anillo lo dise&#xF1;&#xE9; para completar el giroscopio accionado por cuerda y sirve para poder agarrar por el interior del aro sin que el retorcimiento de la cuerda nos presione el dedo.

Ver el giroscopio en este enlace:

<a href="https://www.youmagine.com/designs/giroscopio-accionado-por-cuerda" rel="external">https://www.youmagine.com/designs/giroscopio-accionado-por-cuerda</a>

Anillo para final de cuerda

Este anillo lo diseñé para completar el giroscopio accionado por cuerda y sirve para poder agarrar por el interior del aro sin que el retorcimiento de la cuerda nos presione el dedo.

Ver el giroscopio en este enlace:

https://www.youmagine.com/designs/giroscopio-accionado-por-cuerda


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 This vase is designed to decorate the interior and create a flower arrangement.
The minimum wall thickness of 2.4 mm provides water resistance.
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Vase #4

 This vase is designed to decorate the interior and create a flower arrangement. The minimum wall thickness of 2.4 mm provides water resistance. 

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 Here is something I&apos;ve been working on for a little while now, an automata that is based on the lotus flower. All parts are printed, including hindge pins. I am working on a smaller version that will use filimaent rivets instead of pins.&#xA0; Currently the hand crank is too small to turn the load so the center needs to be turned by hand. I plan to add a motor to it. Stay tuned.
Assembly:
A. Assemble the base with small gears... *Note the small alignment mark on the base, this is the &quot;Inner Gear 1&quot; mark. *Note that all the small gears are marked. Outer gears are marked with rectangles and the inner gears are marked with circles. The number of marks corresponds to the gear number. Example: Outer Gear 4 is marked with four rectangles on its bottom. *The gears should rotate smoothly but snuggly. 1.Start by placing Inner Gear 1, drive-post up, over the inner center post marked &quot;Inner Gear 1&quot;. If it doesn&apos;t drop down over the center post, you may need to press down and rock slightly to give the alignment some help. 2.Next place the remaining seven inners on their respective post in a clockwise fashion. Keep track of Inner Gear 1 since you&apos;ll need it for orientation of the outer small gears. 3.Place Outer Gear 1 on the outer center post above and slightly to the left of Inner Gear 1. See the illustrations for guidance. 4.Place the remaing seven outer gears on their respective post in a clockwise fashion B. Align the small gears... 1. Rotate all the gears so that their respective drive-post face towards the center of the base C. Lock in alignment with center and ring gears... 1. I suggest starting with the center gear to lock in the inner small gears first. Gently place the gear, flat side face up, such that the teeth mesh with all eight inner gears, locking them in place. 2. Some slight misalignment may have occured. You can gently press down on the outside of a misaligned gear and spin it such that its teeth skip the large inner gear. Use this technique to align the inner gears just right. 3. Gently drop the outer ring between the inner and outer small gear sets. Press down and wiggle slightly to mesh all the gears together. 4. Align any misaligned outer gears using the skipping method mentioned earlier. D. Snap each cog into place... *Note that the cogs are not quite semetrical. It doesn&apos;t matter which way you chose to place the cog on the gear so log as you are consistent. I placed my cogs such that the shorter end faced outwards. 1. Start with the inner gears. From the inside of the gear set, take one cog at a time and slip onto its respective drive post. The base will flex a little to allow you to &quot;snap&quot; the cog in place if you tilt it slightly when pushing it inwards. It should not take much pressure to get the cog to go in. Use patiece as you can snap a drive or center post in this part of the assembly. 2. With all the inner gears in place, twist the center gear and rotate all the small gears such that their drive-posts point outwards. 3. Place the cogs on the outer gears using the same technique as before only come in from the outside of the gear set. 4. With all cogs in place you can now rotate the center gear to watch a the cool parts move. Return the center gear to a position such that the cogs all point inward. E. Pin the Inner Petals 1. Place a smaller inner petal into the cog gear such that the last &quot;half-tooth&quot; of the petals gears covers the last tooth of the cog. This can be a little tricky, but it wants to be aligned this way once you get it. The petal should be in the &quot;opened&quot; position if the cog is pointing inward. 2. Slip a pin into the base and petal to lock it in place. 3. Repeat the process with the seven remaining inner petals. 4. Repeat the pinning process with the 8 outer petals. The last petal might be a little tough, tweezers can help. Don&apos;t press too hard on the other petals when trying to get the final pin in, you might break something...I broke something :P
F. Add Center Piece *This piece is optional, I made it so future center-pieces can be used in its place. Maybe a picture holder or ring tree? 1. Place the Center Piece into the square hole in the center gear.
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Lotus-Automata

 Here is something I've been working on for a little while now, an automata that is based on the lotus flower. All parts are printed, including hindge pins. I am working on a smaller version that will use filimaent rivets instead of pins. Currently the hand crank is too small to turn the load so the center needs to be turned by hand. I plan to add a motor to it. Stay tuned. Assembly: A. Assemble the base with small gears... *Note the small alignment mark on the base, this is the "Inner Gear 1" mark. *Note that all the small gears are marked. Outer gears are marked with rectangles and the inner gears are marked with circles. The number of marks corresponds to the gear number. Example: Outer Gear 4 is marked with four rectangles on its bottom. *The gears should rotate smoothly but snuggly. 1.Start by placing Inner Gear 1, drive-post up, over the inner center post marked "Inner Gear 1". If it doesn't drop down over the center post, you may need to press down and rock slightly to give the alignment some help. 2.Next place the remaining seven inners on their respective post in a clockwise fashion. Keep track of Inner Gear 1 since you'll need it for orientation of the outer small gears. 3.Place Outer Gear 1 on the outer center post above and slightly to the left of Inner Gear 1. See the illustrations for guidance. 4.Place the remaing seven outer gears on their respective post in a clockwise fashion B. Align the small gears... 1. Rotate all the gears so that their respective drive-post face towards the center of the base C. Lock in alignment with center and ring gears... 1. I suggest starting with the center gear to lock in the inner small gears first. Gently place the gear, flat side face up, such that the teeth mesh with all eight inner gears, locking them in place. 2. Some slight misalignment may have occured. You can gently press down on the outside of a misaligned gear and spin it such that its teeth skip the large inner gear. Use this technique to align the inner gears just right. 3. Gently drop the outer ring between the inner and outer small gear sets. Press down and wiggle slightly to mesh all the gears together. 4. Align any misaligned outer gears using the skipping method mentioned earlier. D. Snap each cog into place... *Note that the cogs are not quite semetrical. It doesn't matter which way you chose to place the cog on the gear so log as you are consistent. I placed my cogs such that the shorter end faced outwards. 1. Start with the inner gears. From the inside of the gear set, take one cog at a time and slip onto its respective drive post. The base will flex a little to allow you to "snap" the cog in place if you tilt it slightly when pushing it inwards. It should not take much pressure to get the cog to go in. Use patiece as you can snap a drive or center post in this part of the assembly. 2. With all the inner gears in place, twist the center gear and rotate all the small gears such that their drive-posts point outwards. 3. Place the cogs on the outer gears using the same technique as before only come in from the outside of the gear set. 4. With all cogs in place you can now rotate the center gear to watch a the cool parts move. Return the center gear to a position such that the cogs all point inward. E. Pin the Inner Petals 1. Place a smaller inner petal into the cog gear such that the last "half-tooth" of the petals gears covers the last tooth of the cog. This can be a little tricky, but it wants to be aligned this way once you get it. The petal should be in the "opened" position if the cog is pointing inward. 2. Slip a pin into the base and petal to lock it in place. 3. Repeat the process with the seven remaining inner petals. 4. Repeat the pinning process with the 8 outer petals. The last petal might be a little tough, tweezers can help. Don't press too hard on the other petals when trying to get the final pin in, you might break something...I broke something :P F. Add Center Piece *This piece is optional, I made it so future center-pieces can be used in its place. Maybe a picture holder or ring tree? 1. Place the Center Piece into the square hole in the center gear. 

Epic Model Kit: Death Dragon

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 This is a bundle of parts that will let you convert your RC4WD Blazer body into a pickup with a 12.3&quot; wheelbase. Included in the bundle is the cab back + interior adapter, 12.3&quot; wb bed extension, front bumper, rear bumper, and the pickup specific tailgate.&#xA0;
Save 50% over buying all the conversion parts individually!!
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12.3  WB Pickup Conversion Bundle - RC4WD Blazer

 This is a bundle of parts that will let you convert your RC4WD Blazer body into a pickup with a 12.3" wheelbase. Included in the bundle is the cab back + interior adapter, 12.3" wb bed extension, front bumper, rear bumper, and the pickup specific tailgate. Save 50% over buying all the conversion parts individually!! 

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 Simple tower atop a spiraling staircase. Modeled in Blender and 3D-Coat.
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Spiral Tower

 Simple tower atop a spiraling staircase. Modeled in Blender and 3D-Coat. 

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