A study is to be conducted examining the impact of 3D printing models of patient's hearts for pre-op pediatric heart surgery planning.

Stratasys 3D Printers to Support Nonprofit OpHeart Clinical Study on Pediatric Heart Surgery | All3DP

3D printing has been changing the way people think, wear and create jewelery: here are some of the most stunning examples of 3D printed jewels.

3D printed jewelry? You might be wearing already | All3DP

Make sure your stand reflects the creativity and elegance of the tech it holds. Check out these 5 iPad stands you can't buy in stores.

5 iPad Stands You Can't Buy In Stores | All3DP

A project from Instructables user Further Fabrication shows us how to use 3D printed molds to create objects made from concrete.

[Project] Create Concrete Parts with 3D Printed Casting Molds | All3DP

Using a chemical to computer-automated design approach, University of Glasgow researchers propose a 3D printing production method that enables the localized creation of pharmaceutical drugs quickly at a low cost.

Researchers 3D Print Synthesizers to Create Pharmaceutical Drugs | All3DP

Pinshape has launched a competition giving you the chance to win a Robo C2 by simply creating a design which works with electronics.

Enter Pinshape Electronics Contest & Win a Robo C2 3D printer | All3DP

After unveiling their versatile robotic arm system in June, which allows you to monitor und control your printers, Tend.ai has now raised $2 million.

Tend.ai Raise $2 Million for Robotic Arm that Operates Multiple 3D Printers | All3DP

Chanel's Karl Lagerfeld presented a new collection of 3D printed clothing for women during this week's Paris Fashion Show.

3D Printed Clothing: Karl Lagerfeld shows Chanel Collection | All3DP

The Mega is a popular budget 3D printer, but it can be improved. Learn all about the Anycubic i3 Mega firmware and how to update it!

Anycubic i3 Mega Firmware Update: How to Upgrade | All3DP

L'Original Prusa i3 MK3 a été remplacée par la MK3S, mais vous pouvez toujours découvrir toutes fonctionnalités de la machine qui a conquis toute l'équipe de notre atelier !

Original Prusa i3 MK3: meilleure imprimante 3D de 2018 | All3DP

New Kickstarter promises a high-end machine with a massive build volume for an incredibly low price. Is the ARC-one 3D Printer too good to be true?

New on Kickstarter, the ARC-one 3D Printer is Big and Affordable | All3DP

NinjaTek is the high-quality filament brand behind NinjaFlex, Cheetah, Armadillo, and more. Read on to learn all about NinjaTek's filaments!

NinjaTek Filament: All You Need to Know | All3DP

<html><head></head><body><div class="short-text text-auto-link ">
 <div>These OBJ models are designed for use in <a rel="nofollow" href="http://pixologic.com/sculptris/">Sculptris</a> to give you a head-start creating human (or otherwise anthropomorphic) characters, and are what I use as a starter for many of my own miniatures. If you import them into <a rel="nofollow" href="http://pixologic.com/sculptris/">Sculptris</a>, their parts should remain separate and you can immediately begin sculpting and posing them any way you like.
If you make anything with these, let me know and post a link here in the comments section (and certainly post a remix when you have something printable). I&apos;d love to see what you come up with!
You can find an expanding collection of compatible parts <a rel="nofollow" href="/dutchmogul/collections/desktop-hero-parts">here</a>.
We&apos;ve set up a <a rel="nofollow" href="https://www.patreon.com/illgottengames">Patreon page</a> for anyone who&apos;s interested in helping to fund us so we can keep making free and open sourced games like Pocket-Tactics, Wayfarer Tactics. and others, not to mention the growing catalog of gaming miniatures that you can use for whatever you want! (Psst... we take requests and commissions...)
Enjoy!
										</div>
										
 								</div>
							</body></html>

Sculptris Dummies

 These OBJ models are designed for use in Sculptris to give you a head-start creating human (or otherwise anthropomorphic) characters, and are what I use as a starter for many of my own miniatures. If you import them into Sculptris, their parts should remain separate and you can immediately begin sculpting and posing them any way you like. If you make anything with these, let me know and post a link here in the comments section (and certainly post a remix when you have something printable). I'd love to see what you come up with! You can find an expanding collection of compatible parts here. We've set up a Patreon page for anyone who's interested in helping to fund us so we can keep making free and open sourced games like Pocket-Tactics, Wayfarer Tactics. and others, not to mention the growing catalog of gaming miniatures that you can use for whatever you want! (Psst... we take requests and commissions...) Enjoy! 

There are several different designs of adapters available, and this was based on one that I purchased to use Super8 reels with my wife&apos;s projector. I printed it in PLA and it fits on the spindle and in the reel just fine.

Super 8 To Regular 8 Reel Adapter

There are several different designs of adapters available, and this was based on one that I purchased to use Super8 reels with my wife's projector. I printed it in PLA and it fits on the spindle and in the reel just fine.


Catapult toy 2, can be printed, more files here: 
<a href="https://bit.ly/3jUcaIG" rel="external">https://bit.ly/3jUcaIG</a>

Catapult toy 2

Catapult toy 2, can be printed, more files here:
https://bit.ly/3jUcaIG


Original Hookah

Awarded a GrabCAD Golden Gear for &quot;Top Open Engineering Project 2013&quot;! This an ongoing project of creating a free for all Open Source RC car that can be printed (to a certain extent of course) at your personal FDM printer at home! I have tried to keep the design basic for easy modification for others in their favourite CAD software This is really a proof of concept and i&#xB4;m very pleased with the result even if there is some work left to be done! Check out the PDF&#xB4;s for assembly help. For help on what electronics to get see below. Join the discussion over at Google+:<a href="https://plus.google.com/u/0/communities/112745535856143176146" rel="external">https://plus.google.com/u/0/communities/112745535856143176146</a>&#xA0; Introduction video: <iframe width="593" height="370" src="//www.youtube.com/embed/5mPUtSrMoLw" frameborder="0" allowfullscreen></iframe> Test drive videos: <iframe width="593" height="370" src="//www.youtube.com/embed/uBReuPsthDw" frameborder="0" allowfullscreen></iframe>

OpenRC 1:10 4WD Truggy Concept R/C Car

Awarded a GrabCAD Golden Gear for "Top Open Engineering Project 2013"! This an ongoing project of creating a free for all Open Source RC car that can be printed (to a certain extent of course) at your personal FDM printer at home! I have tried to keep the design basic for easy modification for others in their favourite CAD software This is really a proof of concept and i´m very pleased with the result even if there is some work left to be done! Check out the PDF´s for assembly help.For help on what electronics to get see below.Join the discussion over at Google+:https://plus.google.com/u/0/communities/112745535856143176146 Introduction video: Test drive videos: 


In the U-Talent program at the Freudenthal Institute (Utrecht University) we developed and teach a lesson module about Muqarnas, based on <a href="http://www.jphogendijk.nl/projects/muqarnas2010.pdf" rel="external">http://www.jphogendijk.nl/projects/muqarnas2010.pdf</a> 

In the lesson module (aimed at 14/15 year olds), students learn to describe the spatial Muqarnas structure with a vertical projection. This projection forms a tiling pattern. Based on this description, students build their own Muqarnas structure. This structure is based on 12 distinct cells, the vertical projection of which is shown in the attachement in the file called individual cells from paper.

Previously, the students constructed these individual cells from paper, as shown here in the attachment. Files named constructed paper cells.

However, creating the paper cells is time-consuming. Therefore we created 3D models of the Muqarnas cells:

An example

Top down view, see similarly named file.

Front view, see the similarly named file.

Muqarnas student activity with 3D printing

In the U-Talent program at the Freudenthal Institute (Utrecht University) we developed and teach a lesson module about Muqarnas, based on http://www.jphogendijk.nl/projects/muqarnas2010.pdf 

In the lesson module (aimed at 14/15 year olds), students learn to describe the spatial Muqarnas structure with a vertical projection. This projection forms a tiling pattern. Based on this description, students build their own Muqarnas structure. This structure is based on 12 distinct cells, the vertical projection of which is shown in the attachement in the file called individual cells from paper.

Previously, the students constructed these individual cells from paper, as shown here in the attachment. Files named constructed paper cells.

However, creating the paper cells is time-consuming. Therefore we created 3D models of the Muqarnas cells:

An example

Top down view, see similarly named file.

Front view, see the similarly named file.


Wow, I just realized I never uploaded this here :)The Eustathios Spider V2 3D printer is my attempt to make additional modifications and improvements to the original Eustathios Spider design I published earlier. This has been no small task since the Eustathios printer (designed by Jason Smith) was such an exceptional design to begin with. I recommend visiting the Google+ community for Ingentis/Eustathios/HercuLien family of printers to meet all the passionate makers that make this family of printers so exceptional. They are also always making great upgrades and modifications (some of which are in the github at: <a href="https://github.com/eclsnowman/Eustathios-Spider-V2/tree/master/Community%20Mods%20and%20Upgrades" rel="external">https://github.com/eclsnowman/Eustathios-Spider-V2/tree/master/Community%20Mods%20and%20Upgrades</a>) For the full assembly model in Solidworks and other formats, user contributed mods and upgrades, as well as the most up to date files head over to my Github page: <a href="https://github.com/eclsnowman/Eustathios-Spider-V2" rel="external">https://github.com/eclsnowman/Eustathios-Spider-V2</a> This family of printers is all based on the X/Y gantry mechanics of the Ultimaker. Ultimaker style mechanics utilizes a light hot-end/carriage which gets constrained by one X and one Y cross rod. Connected to these cross rods are rod ends which ride on side shafts that act both for power transmission of one axis (rotation) and as the linear guide for travel of the other axis (translation). Originally a gentlemen who goes by the name Sublime (<a href="https://github.com/Intrinsically-Sublime/Tantillus/" rel="external">https://github.com/Intrinsically-Sublime/Tantillus/</a>) created a small format variant of the Ultimaker mechanics which he called the Tantilus. Following in Sublime&#x2019;s footsteps Tim Rastall (<a href="https://plus.google.com/u/0/+TimRastall/posts" rel="external">https://plus.google.com/u/0/+TimRastall/posts</a>) created the very popular Ingentis printer (<a href="https://www.youmagine.com/designs/ingentis-a-tantillus-variant" rel="external">https://www.youmagine.com/designs/ingentis-a-tantillus-variant</a>) which is a larger version of Tantilus using thicker linear guide components, spectra drive system, and a much larger build envelope. The next printer in this design family was by Jason Smith (<a href="https://plus.google.com/u/0/103009815307828556107/posts" rel="external">https://plus.google.com/u/0/103009815307828556107/posts</a>) call the Eustathios (<a href="https://github.com/jasonsmit4/Eustathios" rel="external">https://github.com/jasonsmit4/Eustathios</a>). This is the printer that got me excited about this family of printers. Jason made several design choices like GT2 belts which I felt were great upgrades to the platform. I lucked out because his release was timed perfectly with a promotion Misumi was running where your first order from them up to $150 in value was free. I wanted to be able to modify Jason&#x2019;s files slightly, but he had modeled everything in Sketchup. My limited experience was with Solidworks (self taught) so rather than learn new software I redrew Jason&#x2019;s Eustathios design files from scratch. And so my Eustathios Spider V1 variant , named due to the color scheme, was born (<a href="https://github.com/eclsnowman/Lien3D_Eustathios_Spider" rel="external">https://github.com/eclsnowman/Lien3D_Eustathios_Spider</a>). I built the Eustathios and fell in love with the smooth operation, clean prints, and overall reliability. So after operating the Eustathios for several months I converted my existing large CoreXY Printer (<a href="https://github.com/eclsnowman/Lien3D_CoreXY" rel="external">https://github.com/eclsnowman/Lien3D_CoreXY</a> ) into a X/Y gantry printer with larger cross rods and dual extrusion. The name of this printer is HercuLien (<a href="https://github.com/eclsnowman/HercuLien" rel="external">https://github.com/eclsnowman/HercuLien</a>). Sorry for the long history lesson, but as you can see there is a lot of progress and talented people involved in these projects. Also I wanted to make sure credit is properly attributed to the many great makers who have come before me. The caliber of people involved and all the creativity in the platform is what keeps me so motivated. Eustathios Spider V2 Overview: Build Volume: 285x285x295mm Controler: Azteeg X5 Mini with Viki2 LCD display Misc: Single Extruder, 200W 24V power supply for controls, 120V 500W heated bed through SSR control. Documentation: BOM = <a href="https://github.com/eclsnowman/Eustathios-Spider-V2/blob/master/Documentation/BOM/Eustathios%20Spider" rel="external">https://github.com/eclsnowman/Eustathios-Spider-V2/blob/master/Documentation/BOM/Eustathios%20Spider</a>... Printable STL Parts = <a href="https://github.com/eclsnowman/Eustathios-Spider-V2/tree/master/STL%20Print%20FIles" rel="external">https://github.com/eclsnowman/Eustathios-Spider-V2/tree/master/STL%20Print%20FIles</a> Solidworks Files = <a href="https://github.com/eclsnowman/Eustathios-Spider-V2/tree/master/Solidworks" rel="external">https://github.com/eclsnowman/Eustathios-Spider-V2/tree/master/Solidworks</a> Other 3D model formats in 7zip due to github 50mb limit) = <a href="https://github.com/eclsnowman/Eustathios-Spider-V2/tree/master/Other%203D%20Formats" rel="external">https://github.com/eclsnowman/Eustathios-Spider-V2/tree/master/Other%203D%20Formats</a> 3D renders: <a href="https://github.com/eclsnowman/Eustathios-Spider-V2/tree/master/Documentation/Pictures" rel="external">https://github.com/eclsnowman/Eustathios-Spider-V2/tree/master/Documentation/Pictures</a> The Maker Forum Community: <a href="https://forum.makerforums.info/c/herculien" rel="external">https://forum.makerforums.info/c/herculien</a>

Eustathios Spider V2

Wow, I just realized I never uploaded this here :)The Eustathios Spider V2 3D printer is my attempt to make additional modifications and improvements to the original Eustathios Spider design I published earlier. This has been no small task since the Eustathios printer (designed by Jason Smith) was such an exceptional design to begin with. I recommend visiting the Google+ community for Ingentis/Eustathios/HercuLien family of printers to meet all the passionate makers that make this family of printers so exceptional. They are also always making great upgrades and modifications (some of which are in the github at: https://github.com/eclsnowman/Eustathios-Spider-V2/tree/master/Community%20Mods%20and%20Upgrades)For the full assembly model in Solidworks and other formats, user contributed mods and upgrades, as well as the most up to date files head over to my Github page: https://github.com/eclsnowman/Eustathios-Spider-V2This family of printers is all based on the X/Y gantry mechanics of the Ultimaker. Ultimaker style mechanics utilizes a light hot-end/carriage which gets constrained by one X and one Y cross rod. Connected to these cross rods are rod ends which ride on side shafts that act both for power transmission of one axis (rotation) and as the linear guide for travel of the other axis (translation).Originally a gentlemen who goes by the name Sublime (https://github.com/Intrinsically-Sublime/Tantillus/) created a small format variant of the Ultimaker mechanics which he called the Tantilus. Following in Sublime’s footsteps Tim Rastall (https://plus.google.com/u/0/+TimRastall/posts) created the very popular Ingentis printer (https://www.youmagine.com/designs/ingentis-a-tantillus-variant) which is a larger version of Tantilus using thicker linear guide components, spectra drive system, and a much larger build envelope. The next printer in this design family was by Jason Smith (https://plus.google.com/u/0/103009815307828556107/posts) call the Eustathios (https://github.com/jasonsmit4/Eustathios). This is the printer that got me excited about this family of printers. Jason made several design choices like GT2 belts which I felt were great upgrades to the platform. I lucked out because his release was timed perfectly with a promotion Misumi was running where your first order from them up to $150 in value was free. I wanted to be able to modify Jason’s files slightly, but he had modeled everything in Sketchup. My limited experience was with Solidworks (self taught) so rather than learn new software I redrew Jason’s Eustathios design files from scratch. And so my Eustathios Spider V1 variant , named due to the color scheme, was born (https://github.com/eclsnowman/Lien3D_Eustathios_Spider). I built the Eustathios and fell in love with the smooth operation, clean prints, and overall reliability. So after operating the Eustathios for several months I converted my existing large CoreXY Printer (https://github.com/eclsnowman/Lien3D_CoreXY ) into a X/Y gantry printer with larger cross rods and dual extrusion. The name of this printer is HercuLien (https://github.com/eclsnowman/HercuLien).Sorry for the long history lesson, but as you can see there is a lot of progress and talented people involved in these projects. Also I wanted to make sure credit is properly attributed to the many great makers who have come before me. The caliber of people involved and all the creativity in the platform is what keeps me so motivated.Eustathios Spider V2 Overview:Build Volume: 285x285x295mmControler: Azteeg X5 Mini with Viki2 LCD displayMisc: Single Extruder, 200W 24V power supply for controls, 120V 500W heated bed through SSR control.Documentation:BOM = https://github.com/eclsnowman/Eustathios-Spider-V2/blob/master/Documentation/BOM/Eustathios%20Spider...Printable STL Parts = https://github.com/eclsnowman/Eustathios-Spider-V2/tree/master/STL%20Print%20FIlesSolidworks Files = https://github.com/eclsnowman/Eustathios-Spider-V2/tree/master/SolidworksOther 3D model formats in 7zip due to github 50mb limit) = https://github.com/eclsnowman/Eustathios-Spider-V2/tree/master/Other%203D%20Formats3D renders: https://github.com/eclsnowman/Eustathios-Spider-V2/tree/master/Documentation/PicturesThe Maker Forum Community: https://forum.makerforums.info/c/herculien


An abstract, ergonomic cup. It is probably a good idea to dip it in some sort of food safe epoxy to seal the little cracks in prints that attract bacteria.

Abstract Cup

An abstract, ergonomic cup. It is probably a good idea to dip it in some sort of food safe epoxy to seal the little cracks in prints that attract bacteria.


<html><head></head><body><div class="short-text text-auto-link ">
 It was dusty and harsh out in the wild west desert.&#xA0;&#xA0;Those steely-eyed cowboys and girls in the saloons would eye each other off over cards, waiting for the inevitable showdown when someone yelled &quot;cheat&quot;!&#xA0; But,&#xA0;that begs the question: how did&#xA0;those ruffians keep their decks of cards safe in between games, assuming they survived the latest altercation?&#xA0; 3D printing, that&apos;s how.&#xA0; Barkeep would run off a bunch of 3D printed card cases like this one, and dispense them to the hardy desert folk, keeping those precious card decks intact.&#xA0; This has been History Facts, thanks for reading!
										</div>
										
 								</body></html>

Simple Card Box

 It was dusty and harsh out in the wild west desert. Those steely-eyed cowboys and girls in the saloons would eye each other off over cards, waiting for the inevitable showdown when someone yelled "cheat"! But, that begs the question: how did those ruffians keep their decks of cards safe in between games, assuming they survived the latest altercation? 3D printing, that's how. Barkeep would run off a bunch of 3D printed card cases like this one, and dispense them to the hardy desert folk, keeping those precious card decks intact. This has been History Facts, thanks for reading! 

Dimensions: 
- length &#x2013; 111 mm 
- height &#x2013; 36 mm 
- width &#x2013; 28 mm 
&#xA0; 
Model consists of parts: flashlight rear part, flashlight lens, flashlight front part, flashlight middle part.

Flashlight for cosplay blaster

Dimensions:
- length – 111 mm
- height – 36 mm
- width – 28 mm
 
Model consists of parts: flashlight rear part, flashlight lens, flashlight front part, flashlight middle part.

Visitors who show up preceding the sail date, must come back to the air terminal, upon the arrival of cruising, to meet with a delegate at the previously mentioned gathering point. Visitors who buy their own air are required to give flight data by means of Online Check-In when buying moves. Changes to flight subtleties are the duty of the visitor and must be returned into Online Check-In no later than 2 days before their voyage. Fair isn&apos;t dependable to give moves to visitors who timetable trips outside of the administration times or give erroneous flight data. 
Conditions and Restrictions: The vehicle administrator is a self employed entity. Jamboree expect no obligation for misfortunes, harms or wounds regarding the utilization of the administrator. Jamboree maintains whatever authority is needed to end move administration whenever. Costs and adequate flight times are liable to change without notice.

George Bush Intercontinental Airport Limo Transfer

Visitors who show up preceding the sail date, must come back to the air terminal, upon the arrival of cruising, to meet with a delegate at the previously mentioned gathering point. Visitors who buy their own air are required to give flight data by means of Online Check-In when buying moves. Changes to flight subtleties are the duty of the visitor and must be returned into Online Check-In no later than 2 days before their voyage. Fair isn't dependable to give moves to visitors who timetable trips outside of the administration times or give erroneous flight data. 
Conditions and Restrictions: The vehicle administrator is a self employed entity. Jamboree expect no obligation for misfortunes, harms or wounds regarding the utilization of the administrator. Jamboree maintains whatever authority is needed to end move administration whenever. Costs and adequate flight times are liable to change without notice.


Printed in Earl Grey&#xA0;with a&#xA0;Glowbug Yellow&#xA0;finish.

Printed in Earl Grey with a Glowbug Yellow finish.


<html><head></head><body><div class="text-auto-link">
 2 models inside - Strange thing on stump --&gt; base: 2inches - Strange thing on the rock --&gt; base: 2 inches
Pre-supported
										</div>
 								</body></html>