3D printing prosthetics

3D printing changes lives in many ways. Nowhere as much as in the field of prosthetics where it has a direct impact on people’s daily lives. Prosthetics are nothing new, but 3D printing allows for more customization and faster developments tailored specifically to the person who needs the prosthetic part.

In December 2016 we already wrote a blog about this particular use of 3D printing by Mathis Orthopédie. Below are some more examples of organizations that are using 3D printing.

 

Médecins Sans Frontiéres

Médecins Sans Frontiéres (MSF, also known as Doctors Without Borders) is an organization that operates worldwide in conflict areas. Doctors and health sector workers work together to provide assistance to populations in distress, to victims of natural or man-made disasters and to victims of armed conflict.

One area is to provide prosthetics for Syrian war victims. You can see the great work MSF is doing in the video (made by The Economist) in Amman, Jordan:

https://www.youtube.com/watch?v=_W1veGQxMe4

Video by The Economist

 

LifEnabled: Enable. Train. Serve.

The genesis of LifEnabled was in a Guatamalan clinic in 2006 when Brent Wright, Certified Prosthetist and Board Certified Orthotist, was invited by Tim and Doris Spurrier, founders of Hospital Shalom in San Benito, Guatemala, to launch the hospital’s prosthetic program.It took several years and a lot of help & input from friends and family to grow the program to a level where LifEnabled became an official non profit organization.

You can read the full story here (and it is a good story!).

Brent is increasingly looking at 3D printing to test and produce prosthetics. In the past few years, 3D printing has made leaps in terms of printers and materials. Quality is of course always the main priority. While traditional prosthetic sockets will still have a place in certain situations, the opportunity to move forward with 3D printing paves the way for helping more patients with less material and time costs. 3D printing also allows the potential for more access to prosthetic care for patients in impoverished parts of the world.

We have been in touch with Brent recently and sent him our new PA-CF Low Warp to test with. The results are very good, as you can see in the video below:

LifEnabled video and images by Brent Wright

He printed a transtibial Prosthetic socket, weighing 208 grams for and with 2.5 mm wall thickness. In his words: “This material is amazing.” It took 3.5 hours to print.

But 3D printing is not the only “new” technology used by LifEnabled. They also use a dedicated app. Brent says: “I have been working on a simple way to create an .stl or .obj file that can be scaled and then sent directly into your fabrication work flow. DigiScan 3D uses the structure.io scanner and an iPad. Some clinicians have found that they use an outside shape manipulation software, others have found ways to scale their model and go straight to test socket fabrication, while others just want a file they can keep in their electronic medical records. I wanted a simple way to capture a shape and not push people to buy a specific shape modification software.”

You can get the app here.

Make sure you check out the videos they have posted online with their awesome work:

Stay up to date with LifEnabled’s work:

 

Born Just Right

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. Through her activities and opportunities to speak and mentor other kids with limb differences, Jordan is helping change attitudes around physical differences. Check out the TedX Youth talk she held:

Now, as it happens Jordan has an super hero alter ego: Girl Blaster. And the most obvious thing Girl Blaster needs is, of course, a 3D printed prosthetic that shoots sparkles! To make it even more awesome, they called it Project Unicorn.

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.

 

From the Middle East, via Guatamala, to Missouri and all over the world, 3D printing prosthetics is changing lives. The world can be a harsh place some times, but it becomes great again when people – with the help of 3D printing, a lot of good will, an upbeat spirit and a healthy dose of creativity – start these organizations and make a change for the better. It is important and necessary work.

At colorFabb we aim to develop and produce the best possible materials for this application, be it semi-flexible nGen_FLEX, a high strength PA-CF Low Warp or a wide range of colors in our PLA/PHA and nGen range.

2017 Recap

And so another year has passed. Instead of a chronological recap we will shortly list some of the highlights of 2017 – new materials, a new home, a new mission statement and some of the best prints we have seen in the past 12 months. To catch up with our previous annual recaps:

 

New materials

This year we worked a lot behind the scenes to improve our operations and settle into our new headquarters. Despite all this we managed to release some new materials. In 2017 we ventured away from the known track and started working on brand new materials – for us.

PETG Economy

The summer started great with the release of our brand new PETG Economy. Following PLA Economy we saw a big demand for a PETG variety and in June we announced and started shipping our first PETG.

Released in 3 basic colors, it is a great material for functional prints at a lower cost. It has already seen a rapid adoption amongst our professional users.

Read the original announcement here.

PETG is available online and ships from stock.

 

PA-CF Low Warp

As recent as 10 days ago we launched our brand new PA_CF Low Warp and we have not been able to shut up about it. That’s because it is such a great material for the professional user!

The material can be printed on desktop FFF 3D printers, which have a temperature range of at least 260°C on the hot-end and the ability to mount an abrasive resistant nozzle. PA-CF Low Warp excels in tensile and impact strength and allows continues use at 120°C while retaining sufficient properties for the intended application. The formulation has been modified to reduce uptake of moisture and it also takes about 4 times longer to reach the saturation point compared to unmodified PA6. This makes PA-CF Low Warp less affected by moisture then most other nylon filaments available in the market.

The material shows good results when printed at ambient temperature, or cold bed. The advised processing temperature for this material is set between 260C and 280C. You can find more information about the printability of PA-CF Low Warp on our dedicated landing page.

Read the original announcement here.

PETG is available online and ships from stock. Or combine it with the Olsson Ruby nozzle for long lasting high quality prints!

 

UPCOMING: nGen_LUX

Announced during the TCT Show a few months ago, nGen_LUX has been the filament we have received the most questions about. And it is easy to see why: because it looks so damn good.

With nGen_LUX we put years of experience in development, 3D printing, R&D and production into a single 3D printing filament that will bridge the gap to production with unmatched surface quality. As the name indicates, nGen_LUX is based on nGen – the highly successful co-polyester based filament we launched nearly 2 years ago. nGen is currently our best-selling filament and go-to material for all your prints. It is a truly all-round filament made with Eastman Amphora™ AM3300.

Years of development, unique light diffusion additives and compounding know-how have lead to nGen_LUX. 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.

However, getting this filament ready for release has been challenging and instead of releasing a filament that did not live up to your and our expectations we decided to wait a bit longer, make it perfect and release it early 2018. Stay tuned, it is almost here (and you are going to love it).

Read the original announcement here.

 

New HQ, aka the 3D Polymer Application Center

Back in January we moved into our new home and we couldn’t be happier. If clothes make the man (or woman), then the building makes the company.  Well sort of, but first impressions count and we got a lot of fantastic great impressions from our visitors in the past year.

The building fits perfectly in our mission to offer 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. And we all do this from our 3D Polymer Application Center located in the south of the Netherlands.

 

Have a look inside.

Two weeks ago we also released our new company film, highlighting the strengths of colorFabb (as well as Blackbelt 3D and Helian Polymers) as well as our concious efforts to minimize our foot print in regards to the environment. Have a look:

 

And with our new home we also felt it was time to update our site, as well as releasing our first catalogue with all our filaments. All our products are now easy to find both online and in print.

Printers

Aside from filaments we also expanded our portfolio with more 3D printers. Of course we already partnered with Stacker, but we also offer 2 desktop brands, Lulzbot and Robo, as well as the Sintratec SLS printers! We now offer printers in all ranges and sizes!

[masterslider alias=”ms-96″]

 

 

Enquire with us which printer suits your needs best!

 

The featured prints of this year

We see a lot of prints that are shared online. We love all of them, but some of them stand out like the ones below:

Octolamp by Esteban Pacheco

Original post: https://learn.colorfabb.com/octolamp/

Ancient Greek Helmet by Andreas Mielonen

Original post: https://learn.colorfabb.com/helmet/

Moveo Robotic Arm design by BCN 3D, printed by colorFabb

Original post: https://learn.colorfabb.com/moveo-upgrade/

BB-8 by Dave Bagnall

Original post: https://learn.colorfabb.com/bb-8/

Engines by Korneel Bullens

Original post: https://learn.colorfabb.com/engines/

Fountain pen by Rein van der Mast

Original post: https://learn.colorfabb.com/fountain-pen/

Investment casting

Not a single print per se, but a way of using 3D printing in investment casting. Companies like Spectra 3D and CIREX have been using 3D printing to drastically save time and money.

Original post: https://learn.colorfabb.com/3d-printing-investment-casting/

That’s it from our side! We are gearing up for the new year with a lot of exciting developments coming up! Have a great 2018 everybody!

– Team colorFabb

PA-CF Low Warp

Today we proudly announce the release of PA-CF Low Warp, a carbon fiber infused polyamide material with the mechanical properties of a PA6 and excellent printability because of extremely low warp. This new filament, which will be available for pre-order as from now and will start shipping as soon as tomorrow, is the first material developed under our new partnership with LEHVOSS Group.

The material can be printed on desktop FFF 3D printers, which have a temperature range of at least 260°C on the hot-end and the ability to mount an abrasive resistant nozzle. PA-CF Low Warp excels in tensile and impact strength and allows continues use at 120°C while retaining sufficient properties for the intended application. The formulation has been modified to reduce uptake of moisture and it also takes about 4 times longer to reach the saturation point compared to unmodified PA6. This makes PA-CF Low Warp less affected by moisture then most other nylon filaments available in the market.

The material shows good results when printed at ambient temperature, or cold bed. The advised processing temperature for this material is set between 260C and 280C. You can find more information about the printability of PA-CF Low Warp on our dedicated landing page.

PA-CF low warp is available for pre-order now and will start shipping tomorrow.

Visit our webshop

“The ability to print engineering level materials on any desktop 3D printer is very exciting. In most cases engineering materials can be very challenging to print, but what we’ve seen from our tests on several popular 3D printers is that the PA-CF Low Warp has excellent properties and can even be printed without warping on a build plate at ambient temperature. This is huge value for a material which is known to be difficult to print.”, said Ruud Rouleaux, director at colorFabb B.V.

“We are excited that colorFabb have chosen our materials for their high-performance PA filaments. With our product line LUVOCOM 3F for extrusion based 3D printing we are focusing in high-performance applications. Our materials enable 3D printing to be used not only for the traditional prototyping applications but also for functional parts and series production. Having an improved layer adhesion and reduced warping, coupled with the high-quality filament technology of colorFabb, makes the whole process reliable and repeatable.”  said Thiago Medeiros Araujo, Market Development 3D Printing at LEHVOSS Group.

As with previous materials we have created a dedicated landing page for this filaments, which you can visit here.

About LEHVOSS Group

The LEHVOSS Group, under the management of Lehmann&Voss&Co., is a group of companies that develops, produces and markets chemical and mineral specialities for various industrial clients. Lehmann&Voss&Co., in Hamburg Germany, was founded in 1894.

LUVOCOM® high-performance compounds as well as the 3D printing materials LUVOSINT® and LUVOCOM® 3F extend the range of applications for plastics and ensure that the products produced from them in many industries are able to reliably fulfil their function, even when subject to stringent requirements. The materials with exactly defined properties are based on almost all available thermoplastics and are tailor-made to individual customer requirements.

 

The Olsson Ruby Nozzle – One nozzle for all materials

Due to the abrassive nature of the filament we recommend the use of hardened nozzles for the best performance of the material and printer. For this reason we are offering the Olsson Ruby Nozzles with the purchase of PA-CF Low Warp. You can find the combined offer here.

We have published about the use of the Olsson Ruby Nozzle before and we are very enthusiastic about the use of this filament combined with abrassive materials like PA-CF Low Warp, but also XT-CF20 and steelFill.

The ruby mounted at the tip assures that even the toughest materials will be printable. It was originally designed for printing with a composite of Boron Carbide (B4C), the third hardest known material in the world. Since most of the Olsson Ruby is made from brass, with its excellent heat conductivity, performance and throughput is first-class.

The Olsson Ruby is manufactured, assembled and tested in a high-quality facility in Sweden. This is why 3DVerkstan – also colorFabb’s partner in the region – guarantees the very best quality and tolerances.

As from now you can purchase the Olsson Ruby Nozzle 0.4mm in combination with PA-CF Low Warp in our webshop.

Full design attributions:

Motorcycle brake lever by Mark3D_GmbH

Fully 3D printed modular RC Sailplane by Walt

Torqueboards Mount Pulley Cover by emancarrillo

C – Beam 20/80 by Mindless

72mm exhaust fan for 3d printer to 3″ hose by BloomingtonFPV

Use of 3D Printing in Investment Casting

Last year we learned that 3D printing was used to drastically shorten time and costs in investment casting. Dutch company CIREX B.V. is an expert in investment casting and is exploring the added value 3D printing can bring to their process together with colorFabb.

We partnered with CIREX to better understand how PLA/PHA performs as a material for patterns. We have written exensively about this filament before. Traditionally investment casting uses wax patterns. These patterns are made using metal molds, making the tooling is an expensive process and can take several weeks.

For small series, or one off products creating a mold is not a cost effective solution for foundry companies. 3D printing on the other hand presents several advantages enabling foundries to make single parts or even small series.

Instead of investing in tooling, foundry companies can choose to 3D print their patterns in a material suited for investment casting. ColorFabb PLA/PHA Natural is a material uniquily suited for investment casting. It’s an easy printing material capable of creating complex shapes with great smooth surface finish and will work with most desktop and industrial type FFF 3D printing machines.

The material decomposes at 600C and ensures a clean burnout leaving behind a clean mold ready for casting.

Almost a year ago we highlighted US based Spectra3D’s work in investment casting, using the Stacker S4 and our signature PLA/PHA. Jerry LePore, CEO of Spectra3D explains why he chose PLA/PHA: “We chose Colorafab natural PLA because it contains no color pigments, prints great and burns out really clean from the mold.” You can read the full blog here.

Cut down on development time

Skipping the tooling development step saves a huge amount of time. Typically this could shorten the time to a first metal casted part by 3-4 weeks. Not being dependent on a third party mold supplier also reduces risk in time sensitive projects.

A wax tree with the printed models

3D printing also allows for faster design iterations, a first printed pattern could already be made in several hours depending on the size of the part. This makes it possible to iterate on the design multiple times even within a single day.

The material cost of printed patterns is around €30,- p/kg. Parts are generally printed with the least amount of material needed, which saves print time and material.

Checking out the burnout of PLA/PHA Natural, breaking the mold to inspect pattern for residue. Patterns printed on the Stacker S4, 0.2mm layer height at 20% infill.

 

3D Printer & Material combination

The Stacker 3D printer was used for this test case. It prints incredibly reliable with PLA/PHA and is able to print parts accurate and consistent. Printing with multiple nozzles cuts down on series production time, 2x faster for the Stacker S2 and 4x faster for the Stacker S4 compared to a single nozzle FFF 3D printer.

The Stacker S2 and S4 can be set-up for small series production, or single large part printing. Mounting up to 4 toolheads on the x-carriage gives the user higher output, but reduces the build volume. The alternative is to mount only a single toolhead and take advantage of the entire buildvolume of the S2 or S4.

Products larger then the build volume of the Stacker can be split into multple parts and assembled after printing. Using pins align the parts is a good method to ensure the assembled model is accurate.

The Stacker S2 and its larger sibling the Stacker S4 is an industrial grade FFF 3D printer. Multiple print heads and a large build volume make it a versatile printer. Small series production or large scale prototyping are no problem for the Stacker printers! This US based printer is very reliable and is a perfect match for any professional looking for serious 3D printing. You can find the full product specifications on our dedicated Stacker page.

For Stacker the term “industrial grade” is not a hollow marketing term. It means their printers are designed for extra long service life, extremely low maintenance and that the printer will maintain its positional accuracy throughout its life cycle. This printer has been designed to be used in a professional environment, be it for large prototypes or small series production.

colorFabb is proud partner of Stacker and official distributor for the EMEA region. At colorFabb we have been extensively testing with both the S2 and S4 in our print lab with our entire range of filaments.

 

About CIREX

The history of the current CIREX starts in 1947. In the physics laboratory of Philips in Eindhoven, an experimental wax model foundry was set up. From these beginnings CIREX has developed as a development partner and producer of high-quality precision castings in steel, produced according to the “lost wax” process. CIREX has built up a good reputation and recognition among international customers.

You can find more information about CIREX’ rich history on their website.

 

colorFabb Case Studies

This blog is a first in a new series of how colorFabb filaments are used in different industries – some old, some new. We will collect these case studies as downloadable PDFs on our website: Click here.

 

Sintratec

As from today colorFabb enters into the SLS desktop 3D printing market by partnering up with hardware manufacturer Sintratec AG for distribution of Sintratec systems in the Benelux region.

 

colorFabb is now an official business partner for Sintratec AG. Sintratec is a Swiss high-tech company specializing in the development and production of SLS 3D printers. The range includes desktop laser sintering systems which work with high quality polymers. Sintratec’s laser sintering technology allows the production of complex and freeform objects which meet demanding resolution, robustness and temperature standards.

The Sintratec Kit

“The profound knowledge about the 3D Printing industry, the closeness to their customers and especially the passion that colorFabb brings into their daily business have fully convinced us. ColorFabb has tested our machines since 2015 and their decision is a proof of trust for Sintratec. We are proud to have such a well-known market player on board now. As Sintratec goes more and more from local to global we are sure that with colorFabb we have found the right partner for the Benelux region,” says Dominik Solenicki, CEO at Sintratec AG.

The Sintratec S1

“We’ve been following the development of SLS desktop 3D printing with great interest and acquired our first Sintratec S1 at a tradeshow in 2015. We’ve experimented a lot with the Sintratec S1 and have given our engineers the time to truly understand and see the value of this technology. We’re now ready to share our insight and knowledge with our clients. We believe the Sintratec S1 is a unique offering which strengthens our portfolio of 3D printers and professional services.”, says Ruud Rouleaux, CEO at colorFabb

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 know how and 3D printing know how.

The Sintratec Kit will be available within a week from colorFabb and the Sintratec S1 will be available later. Inquire with our sales department for more information or a quotation: sales@colorfabb.com

For a full overview of colorFabb’s portfolio of filaments and printers, please have a look at our catalogue.

 

nGen_LUX on the Robo R2

Our latest print on the Robo R2 involves nGen_LUX and a vase model with many beautiful facets, perfect to highlight the surface finish of the nGen_LUX.

Faceted Bowl and Vase
by billbo1958

This model is printed at 0.2mm layerheight using the special mode ‘spiralize outer contour’. A spiral toolpath allows the Robo R2 to print the model without any visible z-scar. This method is perfect for 3D printing vases, cups and other hollow models which don’t need top surfaces or infill.

For more information on ngen_LUX we suggest to read this article.

The Robo R2 is in Stock

colorFabb is keeping stock of the Robo R2, be sure to secure one before the holiday season starts!


 

Robo C2 is in stock!

We’ve got good news for those looking to buy the Robo C2. This small but feature rich desktop 3D printer has finally arrived at our warehouse, ready to be shipped to our customers.

The Robo C2 retails for €799.00 excl. Tax (€966.79 incl tax) + 1 FREE SPOOL

 

Robo C2 Features
Although the Robo C2 is compact in size it’s loaded with features seen on bigger and more expensive units. The Robo C2 works great with colorFabb PLA/PHA, colorFabb Economy PLA. For the more experienced users the C2 will also work with our pla based special materials such as bronzeFill, copperFill, brasFill, woodFill, corkFill.

  • Wi-Fi connectivity
    Connect Robo C2 to your home or workplace Wi-Fi network from your mobile device and the Robo app for the most accurate 3D printing experience.
  • Automatic self-leveling print bed
    Spend more time making without having to manually adjust the print bed — plus it’s removable.
  • Filament run-out detection
    Lets you know when you’ve run out of material and automatically saves your 3D print.
  • Print from your phone 
    Easily print everything you make right from your smartphone or mobile device using the Robo app.
  • Integrated model slicing
    Simplifies the path to every finished print, giving each layer more customized and controlled attention to detail.
  • Compact Size
    Small footprint fits any space, giving you the freedom to make just about anywhere.
  • Total Print-Smart Control
    Take control of every detail in real time with the built-in 3.5” color touch screen and precision sensor technology.

Printing colorFabb PLA/PHA Mint Turqoise and woodFill on the Robo C2.

 

 

 

The MakerBot Labs Experimental Extruder

The MakerBot Labs Experimental Extruder.

The MakerBot Labs Experimental Extruder is an exciting new offering that brings MakerBot’s current selection of 3D printers into the world of experimentation and custom creation.

As a leader in the 3D printing materials space, we at colorFabb were excited to work with MakerBot on this endeavour. Over the course of several months, we participated in a beta-test program that included a select group of MakerBot’s Thingiverse power users. During this time the new Experimental Extruder was tested using a range of colorFabb specialty materials – including the corkFill, copperFill, bronzeFill, and woodFill.

The new MakerBot Labs Experimental Extruder like all MakerBot Labs products is community supported, and allows users to swap nozzles and comes complete with two nozzle wrenches and 4 nozzles:

  • 0.4 MM Brass
  • 0.6 MM Brass
  • 0.6 MM Stainless Steel
  • 0.8 MM Brass

These new nozzles are the key to printing in this new range of materials. We recommend that users use the 0.6 mm brass nozzle for woodFill and corkFill, and the 0.6mm steel nozzle for bronzeFill and copperFill.

The new MakerBot Labs Community will allow advanced users of MakerBot 3D Printers to share new Custom Print Modes – allowing users to now save and share their custom settings from MakerBot Print.

Our profiles.

We’ve been testing various settings for our materials and will share the profiles we liked best on Makerbot Labs. You can share your own profiles for our materials at Makerbot labs with fellow users.

Augustus by CosmoWenman printed on the Replicator+ using the 0.6mm steel nozzle.

bronzeFill and copperFill

bronzeFill and copperFill are a special type of PLA filament which is infused with metal powder. It will print with settings very similar to normal PLA filament, so users will be able to get a first print quickly.

When the 3D printer is done printing the model, the surface will look matte and dull. With some post processing such as sanding and polishing the parts will start to look like real polished metal. For more information on post-processing our metal infused filaments have look at this article – post-processing-gcreates-rocket-ship.

Apart from the unique aesthetics of the material, it’s also three times heavier than a regular PLA material. The added weight makes every print feel much more real and valuable.

Apart from polishing these materials there’s also an aging technique which will make your prints look like true antiques with a beautiful patina. Have a look at this article to learn more about this method.

Boot Planter by MakerBot

 

woodFill and corkFill
woodFill and corkFill are a special type PLA filament which is infused with very fine pinewood and cork fibers, which make up for about 30% of the content. It will print with similar settings to PLA.

The texture of printed parts are one of a kind, objects no longer look like shiny plastic, but have a great matte texture. During printing users can even notice the subtle smell of wood.

Users are recommended to keep good flow of material while printing, 0.2m – 0.27mm layer height at 50 mm/s – 65 mm/s will serve as a good starting point. Our profiles for the Replicator+ have been developed with this in mind.

Boot Planters printed with 0.6mm nozzle using the Replicator +.

Good to know.

The standard colorFabb spools will not fit the Makerbot Replicator+ machines. This means users will need to top mount our spools for easy and efficient unloading of filament. There is many variations on thingiverse to topmount filament spools on your Replicator+ and these can be found in the Hardware Mods section of MakerBot Labs on Thingiverse.

When printing woodFill and corkFill, we’ve found that applying blue painters tape to the surface of the Replicator+ platform can improve adhesion, resulting in less warping.

With bronzeFill and copperFill we’ve seen good adhesion on the grip surface that is standard on the Makerbot Replicator+.

For more information on Makerbot Labs visit: https://makerbot.com/labs/

ATTRIBUTIONS

Moai by ET-Huang
https://www.thingiverse.com/thing:144668

Propeller by dreyfusduke
https://www.thingiverse.com/thing:986079

Fibonacci Vase by mnemo80
https://www.thingiverse.com/thing:1054598

Boot Planter by MakerBot
https://www.thingiverse.com/thing:293223

Augustus by CosmoWenman
https://www.thingiverse.com/thing:196044

 

Stacker deal at the TCT Show

Third and final day at the TCT Show today. We are at stand H39 and feature four printers on our stand: The Lulzbot TAZ 6, Stacker S2, Robo R2 and the Prusa i3 mk2 – the latter two are printing with our brand new nGen_LUX filament which was announced last week and will be available in November. The TCT Show is the first show you see this new filament in real lifel and the reactions have been universally positive. “This just looks too good” may be one of our favorite reactions!

Today we highlight the Stacker S2 printer. In the next week, as from now, we offer the Stacker S2 and Stacker S4 at discounted prices:

Stacker S2: Was € 7,495 / is now € 6.500

Stacker S4: Was € 10.995 / is now € 9.500

This discount lasts until end of next week and applies to all order firm orders placed before then. Prices are excluding VAT and shipping. Contact us at sales@colorfabb.com for the details. Alternatively, visit us at the TCT Show today or at the Kunststoffenbeurs in Veldhoven, the Netherlands, where you can see the Stacker S4 at the stand of our sister company Helian Polymers.

The Stacker S2 (and its larger sibling the Stacker S4) is an industrial grade FFF 3D printer. Multiple print heads and a large build volume make it a versatile printer. Small series production or large scale prototyping are no problem for the Stacker printers! This US based printer is very reliable and is a perfect match for any professional looking for serious 3D printing. You can find the full product specifications on our dedicated Stacker page.

For Stacker the term “industrial grade” is not a hollow marketing term. It means their printers are designed for extra long service life, extremely low maintenance and that the printer will maintain its positional accuracy throughout its life cycle. This printer has been designed to be used in a professional environment, be it for large prototypes or small series production.

As many of you know, we are the distributor of Stacker 3D printers in Europe. We have been working with Stacker ever since their first prototype and now have several in our print lab. In the past 4 years we have seen 3D printing emerging from a hobby market to more professional uses. A lot of our users are using 3D printing to make a living or at least support their business in one way or another.

One great way to use 3D printing, and the Stacker in combination with our signature PLA/PHA, is investment casting. Using 3D printing in investment casting reduces cost and adds flexibility to the process. PLA is a natural choice for this process where the entire print is burned out.

This is being done in real life by companies like Spectra3D, as highlighted in last year’s blog.

And for the filaments we have a discount this week as well: 10% off on all 3D printing filaments. Use coupon code TCT2017 when checking out.