Investigating FDM 3D Printed Thermoplastic-Bonded Magnetic Composite Materials https://ift.tt/2zHxM5D While magnetic materials are pretty important when it comes to creating and implementing novel technologies, like 3D printing, it’s not easy to integrate or tune them in complicated designs, because of constraints in conventional manufacturing methods. A team of researchers from ETH Zurich, the Universitat Autònoma de Barcelona, and ETH Zurich spin-off company Magnes AG published a paper, titled “3D Printing of Thermoplastic-bonded Soft-and Hard-Magnetic Composites: Magnetically Tuneable Architectures and Functional Devices,” that explains their investigation into creating polymer composites – using a customized FDM 3D printer – that possess magnetic properties and tailored geometries.
By using 3D printing, it’s possible to make high-performance, composite magnets that are patterned in “arbitrary shapes and architectures” and made specifically for certain applications, which helps keep costs down.
The team created and tested a total of three TBMC filaments, each with a different magnetic property. The next step was showing how the feedstock magnetic materials’ specific properties were preserved in the final structure, and then the researchers explained how to adjust its magnetic behavior by using a double nozzle setup to 3D print parts with varying “magnetic attributes.”
MREs, which position and control the motion of industrial robotic tools, are made up of a magnetic ring, or disc, where “a magnetic pattern of alternating poles is written.” Additional sensor components aren’t necessary when the magnetic material is 3D printed directly onto the rotary shaft, and more materials can be used. The researchers used three commercially available polyamide (PA)-based magnetic composite pellets for their experiments, and optimized the extrusion parameters when producing each one: Nd2Fe14B (NFB/PA12), Fe6.72Si1.27Al (FSA)/PA12, and SrFe12O19/PA12 (SFO/PA12). The composites, and the final structures, were tested for features like surface morphology, magnetic properties, adhesion, and thermal energy, among others.
Using this approach, the team 3D printed a disc with a soft-magnetic TBMC top layer and hard-magnetic TBMC bottom layer, and a crisscross patterned cuboid with alternating hard-magnetic and soft-magnetic TBMC stripes.
A dual nozzle extruder also makes it possible to 3D print self-contained mechanisms, with several moving parts, without having to assemble them separately – a major application in the field of gear technology. The researchers used their custom 3D printer to fabricate a magnetic gear system out of both magnetic and nonmagnetic material. They performed Finite Element Method simulations on the system in order to analyze its magnetization behavior.
Because 3D printing offers such high complexity, the researchers were able to achieve multiple TBMC complex shapes and tunable customized magnetic properties. Their work showed that their TBMC materials can transfer magnetic properties to the 3D printed structure without any deterioration.
Co-authors of the paper were George Chatzipirpiridis, Simone Gervasoni, Cedric Fischer, Olgaç Ergeneman, Eva M. Pellicer, Bradley J. Nelson, and Salvador Pané. Discuss this and other 3D printing topics at 3DPrintBoard.com or share your thoughts below. Please enable JavaScript to view the comments powered by Disqus.Printing via 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing https://3dprint.com August 30, 2019 at 01:27AM
0 Comments
Ogle Models Uses SLS 3D Printing to Make a Better Tennis Racket Handle https://ift.tt/2ZwRJpV UK prototyping company Ogle Models has been in the business of making models and prototypes for over 65 years now, offering its manufacturing and 3D printing services to companies all around the world in a variety of industries. Its many interesting 3D printing projects include making automotive parts for Formula Student racing and the Mars Rover prototype, creating business class airplane seats and telephone models, and even 3D printing some elements for a sea drone that collects weather data. Now, the world-class company is putting its expertise to work in the world of sports – specifically tennis. I’m not much of a sports enthusiast or participant, but my sister took tennis lessons for years when we were younger, and I did glean an important tidbit from her experience – in addition to a strong serve, a good racket to deliver said serve is a pretty important part of the game. Racket painting, stringing, and customizing specialist Unstrung Customs, based in London and Spain, was looking for a different way than traditional molding to adapt the grip size of their rackets. Their two-part goal was to offer users a precision grip, along with a faster supply process.
Ogle worked with Andrew Kelly of Skywide Design to create a weight-balanced, fully customizable tennis racket handle for Unstrung. They focused on accuracy and durability during the racket handle development process, and used selective laser sintering (SLS) technology to help reach targets in weight and robustness.
Ogle and Skywide determined that SLS 3D printing was the “most viable” process for the job of creating a fully bespoke tennis racket. We’ve seen 3D printed tennis rackets before, but Ogle Models was laser-focused on specifically the handle for this project, which could really help tennis players up their game on the court. In addition, if a player needs more than one handle for their tennis racket for whatever reason (you hit the ball so hard that the handle split, for instance), SLS 3D printing is a more cost-effective method of manufacturing for the purposes of small batch production. By calling on Ogle Models to complete this project with SLS 3D printing, Unstrung Customs was able to guarantee part accuracy. In the past, there had been issues with the alignment and grip area, making it hard to inject polyfoam in the racket’s handle; not so with 3D printing. In addition, additive technology made it possible for the company to increase the rate of supply from two weeks to less than 72 hours. Game, set, match! Discuss this story and other 3D printing topics at 3DPrintBoard.com or share your thoughts in the Facebook comments below. Please enable JavaScript to view the comments powered by Disqus.Printing via 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing https://3dprint.com August 29, 2019 at 02:58PM Fearsome T-Rex stamps show motion when rotated in light https://ift.tt/2Lj9FiG WASHINGTON — The U.S. Postal Service today salutes the dinosaur that dominated the tail end of the dinosaur age with new Forever stamps depicting the awe-inspiring Tyrannosaurus rex in growth stages from infancy to adulthood. The stamps were dedicated at a ceremony held at the Smithsonian National Museum of Natural History. Printing via USPS News https://ift.tt/2hH9aDC August 29, 2019 at 02:49PM
https://ift.tt/2L4FdKr
8 Great Webinar Landing Page Examples & What They Did Right https://ift.tt/2Zqwqvd Webinars are now the go-to tactics brands use to get more leads and customers. For one thing, it’s a platform where you can share valuable insights and tips to your target market and win their trust. Doing a live webinar is also a way to engage with your prospects and leads and build a relationship with them. Your webinar attendees will chat with you throughout your live webinar, especially during the Q&A session. That’s an even more personal and real-time communication than you can receive from your social media accounts. More important, webinars – whether pre-recorded or live – give you the chance to go more in-depth about the product or service you’re offering towards the end. They can give your audience a walkthrough on how your product can help solve their problems; deal with possible objections or show the capabilities of your service.
The #1 challenge when doing webinarsYou’ve spent the past few weeks prepping for your upcoming webinar: you’ve tested your equipment and slides, got your background all set up, and practiced your heart out with your presentation. You’re all pumped up and ready to go. You click on that button to start the webinar and… …no one’s there! Zero. Nada. Zilch! If that scenario brings back nightmares, welcome to the club! That’s because hosting a webinar isn’t enough to get people to sign up. You’ve got to also have a webinar landing page that’ll reel them in.
What makes a webinar landing page irresistible?It promises to give something extremely valuable.Even though you’re not asking your audience to pay to watch your webinar, you’re still asking them to give you an hour or so of their time, and their contact details. That’s why the most critical element is a webinar that’ll make it worth their while. One of the most effective ways to show the value of your upcoming webinar is by writing a website copy that’ll leverage their feeling of losing out if they don’t watch. Your prospects’ decisions are based on one of two desires: avoid pain or experience pleasure. Of the two, it’s the first that’s more compelling because they’re more aggressive in preventing a loss than earning something. Psychologists call this behavior loss aversion. For example, if you’re planning to host a webinar on the topic of conversion rate optimization, sharing information that’ll teach your prospects how to stop scaring potential customers away may be more appealing than just sharing insights on how to boost your conversion rates.
It includes a video message.Studies show that webinar landing pages with an embedded video convert 80% better than those that don’t. Here’s why: Adding a short video message on your landing page gives your visitors and leads a sneak peek into your upcoming webinar. They’ll also get to see you and your guest speakers (if you’ve invited any), making the invitation more personal. More importantly, you can share enough details about your upcoming webinar and still leave room for them to want to learn more.
It offers a Unique Value Proposition.Chances are you’re not the only one hosting a webinar about a particular topic, especially if it’s something that’s trending. The best way to hook your visitors and get them to sign up (and actually show up) for your webinar is to give them your Unique Value Proposition. This tells them not only what they’ll get in return for signing up, but why they should sign up for your webinar and not someone else’s.
It’s mobile-friendly.The majority of people today browse the internet on their mobile devices.
So it’s best to create a webinar landing page that’s easy for your visitors and leads to sign up on their mobile phones and tablets.
It evokes scarcity.Your potential webinar attendees make decisions based on their emotions. When they see that there’s a limited number of seats remaining, coupled with a countdown timer, they’ll be prompted to take action right away because they don’t want to feel they’ve missed out. Evoking scarcity can also help you increase the number of your attendees. The reason why the number of people that show up at your live webinars is smaller than those that sign up is because they always assume there’s going to be a recording that’ll be sent. When you take this out from the equation, those that sign up will make more effort to show up.
Now that you’ve got the basics down, it’s time to put them all together. Here are 8 webinar landing page examples to give you some inspiration & help you get started:
1. Search Engine Journal
What worked:
What could be improved:
2. Best Buy
What worked:
What could be improved:
3. WordStream
What worked:
What could be improved:
4. Content Marketing Institute
What worked:
What could be improved:
5. GetResponse
What worked:
What could be improved:
(By the way, if you missed this webinar, you can click here to watch it.)
6. Mention
What worked:
What could be improved:
7. Dotto Tech
What worked:
What could be improved:
8. VidYard
What worked:
What could be improved:
ConclusionHow you construct your webinar landing page can make or break your webinar signup stats. It could determine wether the webinar room will be packed with eager viewers or crickets. Unfortunately, the common denominator for many of them was an old-fashioned design. If you want to avoid design mistakes, try incorporating some of the current landing page design trends. Take the things that were done right in these different landing page examples. Tweak them by improving the recommended areas. Then, test your landing page thoroughly before it goes live. What’s great is that you can create both your webinars and their landing pages using GetResponse ;-).
What are your tested tips for getting more webinar signups from your landing page?
The post 8 Great Webinar Landing Page Examples & What They Did Right appeared first on GetResponse Blog - Online Marketing Tips. Printing via GetResponse Blog – Online Marketing Tips https://ift.tt/2Xap2TD August 29, 2019 at 09:51AM
https://ift.tt/2Ufs5oA
Pressing Matters: Issue 8 https://ift.tt/34bwpdm The independently-run publication, Pressing Matters magazine, is back for Issue 8! The magazine which hones in on the people, passion and processes behind the artform of printmaking, hoping to inspire newcomers and give a voice and a face to the increasingly vast number of people calling printmaking their thing. From curious beginners to those exploring the world of fine art editions, there are all sorts of people who are making their mark out of printmaking. Issue 8 sees the featured artists working with print to do just this; be it Desiree deRuiter creating the blackest of blacks, Lauren Curl adding sculptural qualities to her work through laser etching, or Claire Harrup exploring what printed mark-making brings to her illustrations. This issue hears of their creative journeys which are often ones of surprise, happy accidents and hard work. “Through making this issue, I’ve encountered more and more makers keen to share their knowledge, to push themselves and their co-conspirators forward” states John Coe, Pressing Matters founder and curator. Issue 8 looks at printmakers using screenprint, woodcut, Riso and more to ask questions, and those working at the very edge of their techniques to explore what’s possible, engaging with their communities and further afield. It was in this spirit that John said yes to an invitation to the Letterpress Workers Summit in Milan, throwing himself in at the deep end technically, “but coming away with a better appreciation of the technique and some firm friends too“. This issue also looks back in order look forward; delving into the work of Romas Visuelas, the Grosvenor School of Art and Geoffrey Wales, who all produced exciting and dynamic works in the past but had very modern approaches and created prints that could easily have been made today. “It’s exciting to hear about these artists from those who knew them and take away the best bits to feed it into our own work” concludes John. www.pressingmattersmag.com You can purchase Issue 8 and selected back issues of Pressing Matters on Department Store below: Printing via People of Print https://ift.tt/2DhgcW7 August 29, 2019 at 06:03AM
https://ift.tt/2LbWZdA
Process — Visual Journeys in Graphic Design https://ift.tt/2ZiWlVs The latest publication from Counter-Print is Process — Visual Journeys in Graphic Design; a unique book highlighting the rarely shown process and sketches behind the making of marks and logotypes. The book is based on the work by the award-winning, Stockholm based design studio BankerWessel. Twelve projects are presented with nearly 1500 individual sketches with attached annotations showing the thought process present behind the creation. The publication includes marks for a range of companies within the realm of art, music and fashion as well as a conversation about process between the four creatives of the studio. When it comes to trademarks and logos, viewers are very accustom to seeing the finished piece. Yet, this publication is not about final results and, instead, invites the reader to view the creative process. Designers usually like things clean, organised and finalised, but this book illustrates that the process can be messy, and perhaps quite seldom assembled and presented. Process is an intriguing look behind the scenes and a visualisation of the creative process in the most authentic way possible. Graphic design is everywhere, sometimes unnoticed, sometimes vividly discussed. The profession has changed character in a revolutionary way over recent decades. Digitalisation has enabled a faster pace, and tools have emerged that can help pretty much anyone present decent results. But this rapid change has also created a gap between generations, and now artificial intelligence is a potential reality. What is the designer’s role in this new age? Are they consultants? Or is there a higher level of craftsmanship worth reaching for? Is it worth taking a detour to find something new? Do they even have the time? And further, in the age of AI, what can humans bring to the table that robots can’t? BankerWessel do not have the answers, but with this book they hope to raise these questions and open up a discussion. Process sprang out of an idea to explore these themes; to unveil the complexity of identity design and to contribute to the filling in of the blanks in a process that is often reduced to a simple set of rules. The purpose is to reveal how physical sketching intertwines with critical thinking in the creative process, well beyond theoretical design jargon. The sketches are combined with fragments of the actual thought process and are presented in the order they were produced. What they unveil has not been censored, and it shows the impulses, divergence, subjectivity, movements, and imperfections present in the creative work. The work of humans. The book is available now from www.counter-print.co.uk.
Printing via People of Print https://ift.tt/2DhgcW7 August 29, 2019 at 05:13AM Characterizations & Comparisons of Virgin and Recycled Metallic 3D Printing Powders https://ift.tt/30K8hMC Authors N.E. Gorji, R. O’Connor, and D. Brabazon are studying metal powders in the recently published ‘XPS, XRD, and SEM characterization of the virgin and recycled metallic powders for 3D printing applications.’ Recycling continues to be an ongoing topic in the 3D printing realm as so much material is being consumed and then often discarded due to defects or other structural problems. And while obviously there is a push to re-use as much material as possible—reducing the footprint of manufacturing processes around the world—quality, performance, and functionality are key too. For this study, the authors used virgin feedstock and recycled stainless steel 316L for selective laser melting processes. Characterizing surface and microstructure of both powders, the researchers used X-ray photoemission spectroscopy (XPS), scanning electron microscopy (SEM), X-ray diffraction (XRD) and rheology analysis. Along with examining and comparing both types of powder, the researchers also considered using virgin powder as an additive if recycled powders required further mechanical strength. Characterization studies were offered for both to make certain they were reproducible, with SEM results showing a slight difference in powder after the SLM process, recycled powder showing more satellite on the surface, with more contamination. Bonded particles were also found in the recycled powder, with some deformed particles.
Oxygen levels increased, per XPS measurements from 27.04% to 34.19%, with uptake dependent on powder production. Carbon was reduced from 56% to 45.55%, possibly due to domination of metallic oxides on the surface. The researchers point out that some metal powder, possessing more electronegativity to oxygen, could spread to the outer surface of the powder—thus absorbing oxygen during SLM.
As the study of materials continues to progress in 3D printing, researchers have put enormous focus on metal—from copper to titanium to metal-polymers. What do you think of this news? Let us know your thoughts! Join the discussion of this and other 3D printing topics at 3DPrintBoard.com. [Source / Images: ‘ XPS, XRD, and SEM characterization of the virgin and recycled metallic powders for 3D printing applications’]
Please enable JavaScript to view the comments powered by Disqus. Printing via 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing https://3dprint.com August 29, 2019 at 03:57AM Nigeria: Assessing Properties of Recycled PET Powder for 3D Printing Feedstock https://ift.tt/344xPWW The topic of recycling is anything but new, but today innovative methods must be applied to the reuse of an influx of plastics, powders, and other materials being discarded in volume during 3D printing. Now, Nigerian researchers are discussing recycling in relation to PET powders in the recently published ‘Characterization of Recycled Polyethylene Terephthalate Powder for 3D Printing Feedstock.’ Recycling crushed plastic bottles into 3D printing material, authors C.N. Nwogu, Remy Uche, J.O. Igobkwe, and A.C. Okoronkwo examine the following characteristics of the powder:
They also compare the recycled powder, which stems from the most commonly used plastic (bearing a number 1), to ABS, PLA, PVA, nylon, and HDPE in 3D printing.
Both grade 1 and grade 2 forms of PET bottles were used, with five different experimental runs for each sample. In examining mechanical properties and flow-ability, the authors considered influencing factors like particle size and shape, density, porosity, and moisture. To determine powder flow property, they focused on the following:
Coefficient of friction (the relationship between frictional force and the ‘normal reaction between two objects’) was evaluated, along with bulk density—the ratio of the mass of the material to the occupied volume. The researchers point out that because bulk density is dependent on specific handling, ‘it is not an intrinsic property.’ Flexural strength was tested via the three-point bending test, allowing for the highest stress possible, with plastic powder extruded and then assessed on a flexural test machine. Tensile strength was tested by recording and plotting stress versus strain—with the amount of load weight finally breaking the wire acting as breaking strength—with a larger wire taking longer to break.
Environmental concerns continue around the world with an even greater sense of urgency and effort to reduce the human footprint. This includes many different aspects of the material realm in 3D printing as so many new techniques and textures are evolving. Researchers and users on nearly every level are working to recycle from simply converting recycled plastics into new filament, recycling powder, and more attention-getting programs like using weed containers to create prosthetics or creating manufacturing alternatives like wood. What do you think of this news? Let us know your thoughts! Join the discussion of this and other 3D printing topics at 3DPrintBoard.com. [Source / Images: ‘ Characterization of Recycled Polyethylene Terephthalate Powder for 3D Printing Feedstock’] Please enable JavaScript to view the comments powered by Disqus.Printing via 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing https://3dprint.com August 29, 2019 at 03:33AM What is Metrology Part 10: Certification https://ift.tt/2L204Om In any field or industry, being certified makes one a hot commodity. I personally think that the school model is out of date and that people who are serious about certain industries, should focus solely on getting certified. A lot of market sectors and businesses look at certification as a sign that you can come in and do a job without the need of training and coaching. Time is of value to an organization. Hiring individuals without requisite skills is daunting, so certifications make life easy for organizations. In the field of metrology, there seems to be a big push towards certification. It makes sense that this field would want this though. Dealing with such precision requires people who know what they are doing. Anyone who is off in the way they work will cost the organization a various amount of problems. Today we will look into the metrology industry and how it is looking to utilize certifications. 3D Metrology is being integrated into manufacturing processes at a rapid pace. Data collection technologies were originally only used by scientists, engineers, and mathematicians. These technologies are now being used by technicians and shop-floor personnel for industrial applications. Measurement equipment is calibrated and certified to performance standards. A majority of people operating this equipment lack certification. Many operator-induced variables and errors can influence the quality of the data collected. From my understanding there is a high value for individuals in this field with certification. The first value add is showing that you actually care for precision. Someone who is gaining a certification in metrology is essentially stating that they want to be in the small percentage of people who have such a technical and precise certification. The second value add of this certification is the ease of access to employment. Manufacturing jobs are readily growing, and the need for precision on the shop floor is increasing everyday. Thus having a certification in 3D metrology puts you in the driver’s seat of an interesting and rapidly evolving technical career. The main entity that focuses on metrology certification is The Coordinate Metrology Society. CMS is comprised of users of 3D portable and traditional measurement technologies, service providers, and OEM manufacturers of close-tolerance industrial coordinate measurement systems, software, and peripherals. The professional organization offers Level-One and Level-Two Certification programs for career enhancement. The membership gathers each year at their annual Coordinate Metrology Society Conference (CMSC) to gain knowledge of the advancements and applications of any measurement system or software solution that produces and uses 3D coordinate data. Currently there seems to be a large retiring workforce within the field of metrology. This can leave that field to be very lucrative for anyone who is young and willing to break into a field that seems to have low level barriers to entry. It also shows that there is room for disruption within this field, but it just depends on who decides to enter it. From the outside, it does not seem like the most exciting field, but truthfully it is extremely universal and it allows anyone to touch various sectors within the manufacturing industry. Everything that is manufactured needs to have dimensions attached to it. Thus the field of metrology is essential in all types of manufacturing industries. This is where the real excitement comes. The current mission of the Certification Committee for the CMS is to satisfy the identified industry need for professional certifications in 3D metrology. The committee is currently identifying existing certification programs that may fulfill this need and, where such programs do not exist, develop appropriate certifications. The vision of the Certification committee is to be an integral part of the CMS Education Strategy, supporting the educational goals for the future of metrology outreach, STEM, and skills for industry and science. The CMS committee is aware of the value that can be garnished from actually beginning the certification process of metrology. Being certified in this now can lead to a long career of technology. This committee just announced this year the launch of the CMM Level 1 Certification Programs in 2019. The CMS Certification Committee will continue to develop examinations for the industry’s first 3D Scanner User Communities. I find this very interesting as this is showing that the field recognizes the need for certification, and I am assuming that manufacturing organizations are looking for individuals skilled in this field as well. Currently my main takeaways are the following:
I am excited to learn more about this and how one can involve themselves within metrology and the manufacturing fields. Please enable JavaScript to view the comments powered by Disqus.Printing via 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing https://3dprint.com August 29, 2019 at 02:09AM 3D Printing News Briefs: August 29, 2019 https://ift.tt/2HwVG86 For this edition of 3D Printing News Briefs, we’re telling you about award nominations, a 3D printing workshop, and a Kickstarter campaign. Johnson & Johnson is now taking nominations for its 2020 Women in STEM2D Scholars Award, and ASTM International will soon host an additive manufacturing workshop. Next month, a Kickstarter campaign will launch for a pretty cool 3D printed product from a galaxy far, far away… WiSTEM2D Scholars Award Call for Nominations Not long after announcing the winners of this year’s WiSTEM2D (Women in Science, Technology, Math, Manufacturing and Design) Scholar’s Award, which was launched just two years ago, Johnson & Johnson is now accepting global applications for its 2020 award, which are given to female assistant or associate academic professors in STEM disciplines. The award works to inspire career paths in STEM2D, and fuel development of STEM2D leaders who are women, by supporting their research. Each recipient, chosen by an independent External Advisory Board, will receive $50,000 annually for three years, in addition to mentorship from J&J leaders for the same time period. The deadline for 2020 applications is Oct. 3, 2019 at 9 am HST.
Applicants must submit their resume – including a list of abstracts,current financial support, presentations, publications, and two references – a brief outline of the budget for their proposed research, a letter of recommendation from a university or school department head, and 1,000 words detailing their proposed research area. ASTM International Hosting Additive Manufacturing Center of Excellence Workshop On Monday, September 16th, ASTM International will be hosting its second Additive Manufacturing Center of Excellence Workshop at CETIM in Senlis, France. The event, co-chaired by Dr. Nima Shamsaei from Auburn University, Dr. Mohsen Seifi from ASTM International, and Dr.-Ing. Christian Seidel from Fraunhofer, will provide a broad look into, and holistic understanding of, the AM industry, as well as its value chain. Topics will include certification, design, feedstock, non-destructive inspection, post-processing, safety, and more, in addition to covering how the AM CoE uses targeted standards development and R&D to help fill in the gaps for workforce development.
Supporting organizations from the first workshop, held in March, include America Makes, Innovate UK, CECIMO, and Federal Aviation Administration (FAA), with EASA and the Fraunhofer Institute joining. 12 interactive workshop sessions will be available so participants can engage with top industry experts and train for different levels of the AM workforce. Discounted rates are available through September 1st; you can register and find more details, including the full agenda of speakers, here. 3D Printed Darth Vader Suit There are countless examples of how often Star Wars lovers use 3D printing to display their dedication to the fandom. Maker Aaron Warbinek will be launching a Kickstarter campaign next month to fund just one more example – a detailed, functional, wearable Darth Vader suit, with all the parts 3D printed save for the electronics and clothing. Color me interested, as I have a special affinity for this baddest of the bad (conflicted?) guys.
This suit has it all – a built in cooling system, voice-changer that links to a microphone, working buttons on the control box to trigger sound FX, and shoulder armor engraved with the Sith Code. Warbinek’s goal is to raise enough funds to make four Darth Vader suits, along with a series of instructions and videos that show others how to 3D print, assemble, finish, wire, and sew the whole thing together on their own. Kickstarter rewards will include custom shirts, the 3D design files and instructions, and even a limited amount of parts and suits. May the Force be with you! Discuss these stories and other 3D printing topics at 3DPrintBoard.com or share your thoughts in the Facebook comments below. Please enable JavaScript to view the comments powered by Disqus.Printing via 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing https://3dprint.com August 29, 2019 at 12:54AM |
Categories
All
Archives
April 2023
|