Repairing parts with PA-CF Low Warp

Another field where 3D printing excels in is the replacement of parts. With the right materials 3D printing is a great tool to extend the life of many everyday items. Crucial to this are various factors like modeling skills (if the file of the part is not readily available) and the right material. A functional filament like our PA-CF Low Warp is a perfect match when it comes that latter part.

About a year ago we posted abouy the laundry dryer part printed with colorFabb_HT:

Original post: https://learn.colorfabb.com/laundry-dryer/

This week we saw two examples on Twitter of users making parts with PA-CF Low Warp, our highly functional engineering grade nylon based filament.

First up is Brent Wright. We recently wrote a blog about the use of 3D printing in the field of prosthetics. Brent has been doing fantastic work at a hospital in Guatamala by printing prosthetics making it more accessible and cheaper for local people. You can read the original blog here.

Turns out that Brent is using his 3D printer for other parts as well:

 

https://twitter.com/lifenabled/status/977729672401379328

Image courtesy of Brent Wright

As you can see the original part is no longer available and instead of replacing the entire bed or having an expensive spare part made, Brent went to work and modeled & printed it. This way one saves money, time and also the environment. A small piece of plastic ensures not only that an entire bed is made obsolete, but a new bed also does not need to be transported through the Guatamalan jungle.

Brent has been using PA-CF Low Warp for a bit now, especially for prosthetics:

And we’re happy he has found yet another use for this great filament!

But the need to repair stuff can be found everywhere in the world. We make a small leap from the jungle of Central America to the UK, where Steve Cox resides. Steve is of course no stranger to 3D printing and colorFabb as his excellent skills with bronzeFill have shown. (Click here and here for examples).

Now, Steve was already working with PA-CF Low Warp (see this thread here for an excellent example) and when the vacuum cleaner broke he had the right material in house to print a new part:

When we contacted Steve about this he said: “I think this particular way of utilising 3D printing is something that should get more publicity, especially as we have such environmental pressures on us now.  I think it can definitely play a part in the circular economy because it puts us in a position where we are able to repair and reuse things more effectively than ever before.”

We couldn’t agree more. Steve was so generous to send us some high-res pictures:

 

 

All images courtesy of Steve Cox

Interestingly the vacuum cleaner head is now even stronger than it was before it broke.

Steve also notified us about a website called Happy3D: https://www.happy3d.fr/en/ This website specializes in designs to repair every day objects. You should definitely check this one out!

This was the second Dyson part Steve printed. Before he printed a part that went in the front of the head and held the bearings for the rotating brush. He modelled the part from photographs they sent him and a few critical dimensions.  He then printed the repair part in white nGen and it worked perfectly – the material cost for the part was around 16 Euro cents!

The CAD design by Steve Cox

The printed part, made with nGen White

 

We thank Brent and Steve for sharing their work on Twitter and their ultra fast responses after we contacted them. True makers and problem solvers who are showing us how 3D printing can and should be used. Great job, guys!

 

 

It is a well established fact by now that our new PA-CF Low Warp filament is all about functionality. We developed this filament with only one goal: to make sure a lot of users have the ability to print high quality printed parts. Even on a cold bed. PA-CF Low Warp is, due to its stiffness and strength, a perfect material for replacement parts and custom made parts.

The PA-CF Low Warp filament is a one of a kind polyamide formulation with the ability to print nearly warp free on non heated buildplatforms. Low infill prints come out perfectly flat on cold bed for higher infill prints 40/50C temperature is enough to obtain flat prints.

PA-CF Low Warp allows continuous use at 120°C while retaining sufficient properties for the intended application. Most high heat resistant materials will be difficult to print and require heated chambers and / or heated platforms to keep parts from warping the bottom layer. PA-CF Low Warp shows a very low tendency to warp, even at ambient temperature platform.

Eager to get started? Click here to get the basics on how to print with PA_CF Low Warp.

PA-CF Low Warp is available now in our webshop and ships from stock. We currently stock spools of 700 grams, but as from late next week large spools containing 2kg of material will be available as well.

You can also opt to get a unique bundle package, containing one spool of PA-CF Low Warp and the Olsson Ruby Nozzle 0.4mm in our webshop.

 

Indicator Light

3D printing is an excellent tool for visual prototyping. Today’s print is a great example of a prototype to give a customer a good look and feel of the part before mass production starts. We printed an indicator light.

Custom in-house design

Printed on the Ultimaker 2+ with both nGen Transparent and PLA Economy Black. Both of them with 0.2mm layer height. nGen was printed at 240⁰C and a bed temp of 75⁰C while PLA Economy was printed a bit cooler, resp. 215⁰C and 55⁰C.

nGen Orange Transparent was recently added, as well as five other transparent colors in our nGen portfolio – bringing the total number of available colors to 23.

For another great use of nGen transparent filament, check out the blog earlier this week where we printed a working traffic light.

With our nGen Transparent colors you can print objects that have a great shine and stand out from the crowd, even from far away. With the right settings you can even print translucent objects to a degree as you can see!

nGen is a true all-round material suitable for most day to day 3D printing activities. At the core of its reliability is the special chemical make-up of the Eastman Amphora™ AM3300 3D polymer, which results in a good melt stability. From pellet to filament to 3D print, nGen retains its material properties very well, meaning more stable results with less waste of time and material.

The black part was printed with PLA Economy.

PLA Economy is a fantastic PLA grade which we launched in November 2016. Initially we released four colors: white, red, black and silver. In 2017 we added the always popular Dark Blue, which is similar to our very own Ultra Marine Blue that we offer in our portfolio of PLA/PHA filaments.

PLA Economy offers a great value for your money. One spool consists of 2.2kg of filament for a dirt cheap price of a little over € 35 (ex VAT and shipping). It is a different grade than our range of PLA/PHA, but we guarantee the same colorFabb quality. Our filaments are readily available from our webshop.

Traffic Light

Today’s print is a multi-material print since we like to mix up the filaments we have in our ever expanding portfolio. Our intern Sven Hacken went to work and designed a fully functional traffic light!

Design by Sven Hacken / CLOUD3D: https://www.thingiverse.com/thing:2826057

And the funny thing is: it works like a charm!

All parts were made on the Ultimaker 2, 2+ and 3. Below is a listing of the materials and settings we used:

[table id=13 /]

The variety of materials used is exemplary of the work Sven is doing in our print lab. Material of choice for the opaque, rigid parts was PLA Economy. For the transparent parts the obvious choice was our new line of transparent nGen colors and even nGen_FLEX was needed for the base feet.

For the light inside, Sven used a USB camping light (link here).

 

We recently added 6 new transparent colors to our portfolio of nGen filaments:

These six are added to a rich mix of 17 colors, bringing the total to 23 colors of nGen filament you can choose from as from today! With nGen Transparent colors you can print objects that have a great shine and stand out from the crowd, even from far away. With the right settings you can even print translucent objects to a degree as you can see!

nGen is a true all-round material suitable for most day to day 3D printing activities. At the core of its reliability is the special chemical make-up of the Eastman Amphora™ AM3300 3D polymer, which results in a good melt stability. From pellet to filament to 3D print, nGen retains its material properties very well, meaning more stable results with less waste of time and material.

PLA Economy is a fantastic PLA grade which we launched in November 2016. Initially we released four colors: white, red, black and silver. In 2017 we added the always popular Dark Blue, which is similar to our very own Ultra Marine Blue that we offer in our portfolio of PLA/PHA filaments.

PLA Economy offers a great value for your money. One spool consists of 2.2kg of filament for a dirt cheap price of a little over € 35 (ex VAT and shipping). It is a different grade than our range of PLA/PHA, but we guarantee the same colorFabb quality. Our filaments are readily available from our webshop.

The small feet on the bottom were printed with nGen_FLEX. nGen_FLEX was our very first step into flexible filaments. Our main focus before had been rigid and stiff materials, but we found that we should add a functional filament to our portfolio that met the needs of our users. Our co-operation with Eastman Chemical Company has lead to the release in the fall of 2016 of nGen_FLEX – made with Eastman Amphora FL6000.

nGen_FLEX is a semi-flexible filament with a Shore A hardness of 95. This enables users with the Bowden tube printer (like Ultimakers, for instance) to print with this filament without an effort. Of course the user can influence how flexible a print should feel by adjusting infill and perimeter settings. nGen_FLEX is temperature resistant to about 130C. That means 3D printed objects can be steam sterilized at 121C which is a great asset for medical / laboratory environments.
You can read more in our recent blog post where we revisited nGen_FLEX.

nGen_LUX prints

nGen_LUX has been released a short while ago and we are seeing more and more prints popping up on social media. Here are a few we have gathered from our Twitter, Facebook and Instagram followers (click on them to go to the original posts immediately):

https://twitter.com/HAWK3DPROTO/status/973259191682035713

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

https://www.facebook.com/photo.php?fbid=1986901601640558&set=gm.584854291853675&type=3&theater

 

 

 

https://www.instagram.com/p/BgDMgbrFeSn

 

 

 

 

 

https://www.instagram.com/p/Bf83hhXHDqJ

 

 

nGen_LUX is a unique development based on our best-selling co-polyester nGen, made with Eastman Amphora AM3300 3d Polymer. The excellent clarity of the base AM3300 makes this material uniquely suited for the extremely rare pigment used in nGen_LUX. The material uses diffuse reflection to scatter light in all directions. For the eye it’s nearly impossible to spot layering, even at 0.2mm layerheight. nGen_LUX allows users to print visually appealing models without the need of post processing. nGen_LUX features all the characteristics of our regular nGen, good chemical stability, elevated temperature resistance (85C) and thus allows users to print creations that are functional, durable, efficient and attractive.

It is now available in 5 awesome colors:

nGen_LUX is our new standard in how a 3D printed object can look. It is the filament for the users who wants to bring something extraordinary their work. It is the filament that needs to give that added value. The “Lux” not only stands for luxurious – which is definitely the look of the prints – but also refers to the unit of illumination used worldwide. And light is what makes this filament truly special. Believe us when we say that the photos don’t do the prints real justice…

nGen_LUX is the first special filament based on nGen and the second one in our range of co-polyesters after XT-CF20, our carbon fibre enforced filament based on colorFabb_XT. It can be printed with the very same settings as nGen.

Click here to go directly to our webshop. For a bit more information, click here.

See our recent prints made with nGen_LUX:

Project Unicorn. Original post: https://learn.colorfabb.com/project-unicorn/

 

Candy dispenser. Original post: https://learn.colorfabb.com/candy-dispenser/

Candy dispenser

First world problems arose at the office when candy was lying around freely. First world solutions were found by printing a candy dispenser. Of course it has to stand out anywhere and we just so happened to have the right filament for the job: nGen_LUX

Original design: https://www.thingiverse.com/thing:2636622 (no candy included)

Originally designed by HelioxLab, we found it necessary to adjust the reservoir a bit to contain more candy. Because more is always better when candy is involved [citation needed] . For the most parts we used nGen_LUX and for the reservoir regular nGen Clear. All parts were printed on the Ultimaker 2+. The settings used were:

Layerheight: All parts except reservoir were printed at 0.2mm – which already results in a stunning surface quality with nGen_LUX. The reservoir was printed at 0.5mm and with 150% material flow. For the print speed we used the standard nGen speed for the nGen_LUX parts and once again the reservois was the exception; we used 75% of the standard nGen speed for that one.

Printing temperatures were uniform for the entire print. Printing at 240⁰C with the print bed at a comfortable 75⁰C

Yes, printed at 0.2mm layer height.

We used three of five nGen_LUX colors currently available: Star Yellow, Nature Green and Regal Violet.

nGen_LUX is a unique development based on our best-selling co-polyester nGen, made with Eastman Amphora AM3300 3d Polymer. The excellent clarity of the base AM3300 makes this material uniquely suited for the extremely rare pigment used in nGen_LUX. The material uses diffuse reflection to scatter light in all directions. For the eye it’s nearly impossible to spot layering, even at 0.2mm layerheight. nGen_LUX allows users to print visually appealing models without the need of post processing. nGen_LUX features all the characteristics of our regular nGen, good chemical stability, elevated temperature resistance (85C) and thus allows users to print creations that are functional, durable, efficient and attractive.

It is now available in 5 awesome colors:

nGen_LUX is our new standard in how a 3D printed object can look. It is the filament for the users who wants to bring something extraordinary their work. It is the filament that needs to give that added value. The “Lux” not only stands for luxurious – which is definitely the look of the prints – but also refers to the unit of illumination used worldwide. And light is what makes this filament truly special. Believe us when we say that the photos don’t do the prints real justice…

 

 

nGen_LUX is the first special filament based on nGen and the second one in our range of co-polyesters after XT-CF20, our carbon fibre enforced filament based on colorFabb_XT. It can be printed with the very same settings as nGen.

Click here to go directly to our webshop. For a bit more information, click here.

 

 

Another very cool print we made recently with nGen_LUX is Project Unicorn. Click the image below for the story behind that print!

Action sensor

When sports meets 3D printing… We have all seen those exciting images during sports games that are repeated over and over: that very cool angle just behind the goal or up close with the ball. Those images need to be captured. French company Action Sensor specializes in making the cameras and mounts for this very application.

As per Action Sensor’s comments:

“This camera installed on the top of the basketball basket records and tweets automatically (or moderated to be adapted to the player, sponsor, …) the most interesting few seconds of the Basket Ball games, when the team scores (automatic ball detection, automatic recording).

Thanks to nGen based on Amphora AM3300 and nGen_Flex based on Amphora FL6000, both brand materials from Eastman Chemical Company, durability in harsh environment can be achieved. First system has been installed more than 6 months ago and is working daily since.”

The parts connecting the aluminum profile are made with nGen_FLEX, which is perfectly suited to resist to the impact of the ball without breaking. Rigidity has been finetuned thank to the infill ratio.

These parts have been printed on Ultimaker 2+ (nGen_Flex and nGen) and Prusa i3  (nGen) in no time thank to the good and fast printability of both filaments.

You can find more information about the Action Sensor on their website:

http://www.action-sensor.com/

 

About nGen

nGen is a true all-round material suitable for most day to day 3D printing activities. At the core of its reliability is the special chemical make-up of the Eastman Amphora™ AM3300 3D polymer, which results in a good melt stability. From pellet to filament to 3D print, nGen retains its material properties very well, meaning more stable results with less waste of time and material.

It was launched over two years ago and has been a hit ever since. This is not without reason. It is true all-round material suitable for most day to day 3D printing activities. Its chemical make up ensures a very consistent quality. An advantage over PLA is its elevated temperature resistance: 80 degrees instead of 45 degrees, so even in hotter climates (or a hot summer day) the material holds up extremely well. Below is a comparison chart of several of the Amphora based filaments compared to commodity materials like ABS and PLA.

You can read more on our dedicated landing page, our blog about co-polyesters or our most recent blog revisiting this filament.

Recently we added 6 bright transparent colors to our nGen portfolio, bringing the total to 23 colors. All these colors are available now in our webshop and ship from stock. Click here to go directly to our webshop.

 

About nGen_FLEX

nGen_FLEX was our very first step into flexible filaments. Our main focus before had been rigid and stiff materials, but we found that we should add a functional filament to our portfolio that met the needs of our users. Our co-operation with Eastman Chemical Company has lead to the release in the fall of 2016 of nGen_FLEX – made with Eastman Amphora FL6000.
nGen_FLEX is a semi-flexible filament with a Shore A hardness of 95. This enables users with the Bowden tube printer (like Ultimakers, for instance) to print with this filament without an effort. Of course the user can influence how flexible a print should feel by adjusting infill and perimeter settings. nGen_FLEX is temperature resistant to about 130C. That means 3D printed objects can be steam sterilized at 121C which is a great asset for medical / laboratory environments.
nGen_FLEX is made for those who are seriously looking for a engineering grade semi-flex material, capable of withstanding high temperatures, good chemical stability and result in tough parts fit for real world use. With nGen_FLEX you won’t need to compromise too much on printing speed and the need for specialized flex-extruders is elminated. After the launch we received a lot of acclaim for the filament:
“ with @ColorFabb – prints very easily, on @Ultimaker bowden even!” – Joel Telling
“Very impressed by the flexibility of the filament and its ability to be printed without special extruders.” – Michael Teeuw
“Works quite well for low density parts.” – Matthew Gorton, Printed Solid
“Looking good, great shine!” – Steve Cox
You can find more here. Visit our dedicated landing page for more information:
nGen_FLEX is currently available in Black, Dark Gray and Clear. Click here to head directly to our webshop.

Project Unicorn

Born Just Right’s mission is to build creative solutions that help kids with differences live a more enjoyable life. It all started with Jordan Reeves, who was born just right. She is the lead innovator and official ambassador of BJR. We have been in touch with the great team of Born Just Right for a while now.

As it happens, Jordan has a super hero alter ego: Girl Blaster. And as we all know, every super hero needs a super device. Girl Blaster’s is called Project Unicorn, a custom prosthetic that can shoot glitter and which was printed with PLA/PHA Lila. BJR was so kind to send us one and that got us thinking. What if we made another one? We just had the right material for this print: nGen_LUX:

 

 

The original:

Project Unicorn is a great project and a fantastic print. No one here has dared to shoot the glitter yet and we leave the use of it to the super heroes of this world.

We used three printers for this project: Prusa i3 MK2, the Ultimaker 2+ and the Stacker S4 for the largest part. On all printers we used a 0.2mm layer height and we used our standard nGen settings.

We printed at 240⁰C with the bed at 75⁰C

nGen_LUX is a unique development based on our best-selling co-polyester nGen, made with Eastman Amphora AM3300 3d Polymer. The excellent clarity of the base AM3300 makes this material uniquely suited for the extremely rare pigment used in nGen_LUX. The material uses diffuse reflection to scatter light in all directions. For the eye it’s nearly impossible to spot layering, even at 0.2mm layerheight. nGen_LUX allows users to print visually appealing models without the need of post processing. nGen_LUX features all the characteristics of our regular nGen, good chemical stability, elevated temperature resistance (85C) and thus allows users to print creations that are functional, durable, efficient and attractive.

It is now available in 5 awesome colors:

Star Yellow, Diamond Black, Nature Green, Regal Violet & Champagne Gold

 

For this print we used mostly Regal Violet and Champagne Gold. And this very print will be shipped to the US soon for Jordan to see and use it herself!

 

 

Born Just Right was founded by Jen Lee Reeves, Jordan’s mother. She believes giving kids design knowledge empowers them to create their own solutions.  The focus of Born Just Right is on 3 outcomes:

  • Raise awareness about the power of design.
  • Identify and support inclusive designers & brands.
  • Support and grow a design community for kids and parents to help foster learning.

Jen works closely with Sam Hobish, designer and 3D printing wizard who made Project Unicorn a reality. The part was printed with our very own PLA/PHA Lila.

Jordan, Project Unicorn and Born Just Right have recently been featured in some worldwide publications:

colorFabb is proud partner of BJR! Make sure you follow the work of Born Just Right on social media:

And if you really want to stand out from the crowd, check out their shop.

Robot arm

Who doesn’t like robotics? We printed our own robotic arm last year and it is always great to see our filaments converted into cool prints like robotics! Enter Carl van Heezik, teacher and researcher at the Amsterdam University of Applied Sciences. He wanted to design a robot that looked like a real industrial robot and should function as an inspiration for students and makers, especially since it can be made for about 10 euros!

The robot has 3-degrees of freedom, enough to pick up bouncing balls. Most industrial robotic arms have 3 additional degrees of freedom to orient the gripper at the correct angle. For spherical shaped objects this is not needed.

You can download the STL files here. Carl also created a series of videos to explain the process, the first one below:

The three instruction videos he has made, are now online. The first video is a demo of the robot, the second shows the assembly of the gripper and the third shows the assembly of the arm.

Carl exlained how he got into 3D printing: “The price level of rapid development tools like 3D printing and CNC milling has come to a point where everyone can afford it. 3D printing technology has evolved rapidly during the last decade. Especially the advancements in materials, such as the filaments from companies like colorFabb, make 3D printing interesting. For students, educators and startups there is free professional design software, like Autodesk Fusion 360, which I used for this design. You will only appreciate 3D printing if you explore its possibilities and limitation.”

Carl is very clear about his material choice, our nGen: “Several years ago I visited the colorFabb factory where I talked to some engineers and was impressed by their knowledge about polymers. nGen was introduced as a new filament and I got some samples. I used it to print some old designs and noticed a drastically improved result.”

He lists the following advantages of nGen over other materials he tried:

  • It does not have the nasty toxic smell of ABS
  • It has better material properties than PLA
  • The consistent quality make for predictable results
  • Printing on a PEI bed results in good adhesion and no tools needed to remove the print

For the parts he used the following settings:

We thank Carl for sharing his work and using our nGen filament in such an awesome way!

 

nGen has proven itself to be a very versatile material that can be used for a lot of applications, visual prototyping being one of them! It has become our default, all-round filament for printing all sorts of prototypes and prints just have to look damn good!

nGen is an all-round filament which has many advantages over PLA. The temperature resistance is over 80 degrees C and it works on most printers with a heated build plate.  nGen is a low-odor, styrene-free material uniquely suited for 3D printing enthusiasts, particularly those who need the flexibility to print within a wide processing temperature range.

With nGen you will have good flow properties through the printer nozzle—even at lower temperatures than some other polymers require. These properties make nGen more workable at a wider breadth of temperatures, producing reliable results and resulting in less waste. You can find more information on our dedicated landing page.

Ever since launching in november 2015 (and later in a big way during the CES Show early 2016), nGen has been a bestseller and a material that has been adopted by users worldwide very rapidly. In a recent survey we have seen it is regarded as one of the most popular materials in our portfolio. This is not without reason. For instance, nGen Black has nothing but solid 5 star reviews.

nGen is made with Eastman Amphora™ 3D polymer AM3300. It is part of our range of Amphora based filaments. Other grades are: engineering grade colorFabb_XT, high temperature resistant colorFabb_HT and semi-flexible nGen_FLEX. With Amphora, items can be created that are more functional, more durable, more efficient, and attractive.

You can find more about what co-polyesters are by clicking here or check the table below how the rigid filaments compare to ABS and PLA:

 

#5yearscolorfabb

During this month, February 2018, we celebrate our fifth anniversary by giving every fifth spool you order in our webshop for free. Click on the banner below for more info:

We also run a contest: post your favorite colorFabb print online, tag us and use hashtag #5yearscolorfabb and maybe you will win a value pack with 16 spools of our filaments! Again, more info by clicking the banner below:

All blogs and articles about our fifth anniversary can be found by clicking here.

PIN-header connector housing

When the description on Thingiverse says: “WARNING! this is a very complicated print” we are immediately intrigued. This PIN Header connector housing would be an ideal print to make on the Sintratec SLS printer:

Design: https://www.thingiverse.com/thing:2083754

After printing some basic cleaning is needed, but that is all and the parts are ready to use. All these parts were printed in one go:

 

Back in November we announced our partnership with Sintratec. Sintratec is a Swiss high-tech company specializing in the development and production of SLS 3D printers. You can read the announcement here. In more than one way this has been a very important step for colorFabb. Not only do we add another high-end printer for the industrial market to our portfolio, this is also our first step beyond FFF / FDM 3D printing. Working with Sintratec is our first venture in SLS 3D printing and a very exciting one at that!

Sintratec S1: https://colorfabb.com/sintratec-s1

The partnership with Sintratec is in line with colorFabb’s mission statement: Offering added value with high quality material and hardware solutions to meet our customer’s needs by means of interfacing between polymer knowledge and 3D printing know-how.

SLS (Selective Laser Sintering) is a logical next step beyond our tried and tested way of FDM 3D printing. Laser sintering allows you to print extremely durable and highly detailed objects. The laser sintering technology makes it possible to print complex objects with unparalleled freedom of form.

 

All prints were made on the Sintratec Kit with Sintratec PA12 Powder. With SLS 3D printing a laser is used to sinter a powder, in this case Sintratec’s own nylon. The laser points at certain places in the powder binding the material together to create a solid structure.

New doors open and new worlds are to be explored when coming from traditional 3D printing.

Sintratec Kit: https://colorfabb.com/sintratec-kit

We currently offer both the Sintratec S1 (fully assembled SLS printer) and the Sintratec Kit (assembly required). We believe the Sintratec S1 is a unique offering which strengthens our portfolio of 3D printers and professional services.

Retail prices are:

Please contact us for more information or get a quote.

What the world is printing… Part 1

Normally we feature the prints that we make in our own print lab or, occasionally, a great print that was printed by someone else.  But on a weekly basis we see a lot of great prints made with our filaments showing up on various social media channels. Below is a summary of a selection of prints, by no means a complete overview, that we have seen in the past week alone. A big thank you to all the makers sharing their work! Make sure you check out the pages on their respective social media accounts to keep up with their amazing work.

 

Who? Eric de Witte
What? His largest print on the Prusa with our very own PLA/PHA
Where? Twitter /
Original post: https://twitter.com/vEDW/status/957730217061216258

 

Who? Gadg3D
What? A desktop organizer, made with woodFill
Where? Facebook / https://www.facebook.com/gadg3d
Original post: https://www.facebook.com/gadg3d/posts/1841064579298869

 

Who? Kristian
What? Prototypes made with woodFill
Where? Twitter /
Original post: https://twitter.com/my3dbase/status/957735970367004672

 

Who? Modelia3D
What? Small parts printed with colorFabb_XT
Where? Twitter /
Original post: https://twitter.com/Modelia3D/status/956844189559476224

 

Who? Peter de Corte
What? High tech clamps, printed with colorFabb_HT on the Leapfrog Bolt
Where? Twitter /
Original post: https://twitter.com/omd3d_peter/status/957642509898919936

 

 

Who? Willteq Engineering
What? I AMsterdam city motto printed with PLA Economy Red, White and Black on the Prusa Mk 2
Where? Instagram / willteq.engineering
Original post: https://www.instagram.com/p/Bd2BawXnhId

 

 

Who? Elementary 3D
What? Custom GoPro mount made with PLA/PHA Lila on the Prusa Mk3
Where? Facebook / https://www.facebook.com/elementary3D
Original post: https://www.facebook.com/elementary3D/posts/328472430986784

 

Who? Printed Solid
What? Kirkwood Library letters with PLA/PHA Traffic Red on the Lulzbot Mini
Where? Twitter /
Original post: https://twitter.com/PrintedSolid/status/957696094242263041

 

Who? Wabby
What? Toy cart made with PLA/PHA Dutch Orange
Where? Twitter /
Original post: https://twitter.com/WabbysLand/status/958295991987392512

 

Who? la_bamboo_officina_di_paolo
What? Low Poly Buddha, made with PLA Economy White
Where? Instagram / la_bamboo_officina_di_paolo
Original post: https://www.instagram.com/p/Bduu02Cj8dM

 

Who? Wesley Peile
What? Spool holders printed with nGen for the Prusa Mk2, made on the Mk3
Where? Twitter /
Original post: https://twitter.com/Sound_In_Focus/status/958748331123109888

 

Who? Bone Mother
What? Printed horse hooves for a stop motion picture, made with woodFill on the Lulzbot Mini
Where? Facebook / https://www.facebook.com/bonemotherfilm
Original post: https://goo.gl/noHziJ

 

Who? h2befjon
What? Reamer for a lemon juicer, printed with colorFabb_XT on the Ultimaker 2
Where? Instagram / h2befjon
Original post: https://www.instagram.com/p/BeiwGcCg4eJ

 

Who? Blackbelt!
What? Part printed with the still yet unreleased nGen_LUX, made on the Blackbelt printer of course
Where? Twitter /
Original post: https://twitter.com/ColorFabb/status/959098476469596160

 

Who? Catohagen
What? Prototype in colorFabb_XT
Where? Twitter /
Original post: https://twitter.com/catohagen/status/959345771538780160

 

Who? LC3DP
What? Groot… who else? Made with woodFill on the Prusa Mk2
Where? Facebook / https://www.facebook.com/LC3DP
Original post: https://www.facebook.com/LC3DP/posts/546655559054606

 

Who? Stuart Argus
What? Nespresso coffee cup dispenser
Where? Facebook / https://www.facebook.com/sargus1
Original post: https://www.facebook.com/ColorFabb/posts/953802471435002

 

We will regularly share your prints in this blog. Keep printing, keep sharing! If you are not following us on social media, we are active on Twitter, Instagram and Facebook. Please tag us when you post something!

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