Nano Dimension Continues its Growth in the 3D Printing Industry

Israeli PCB print leader Nano Dimension showed off its DragonFly 2020 Pro 3D printer at a US event for the first time while attending RAPID + TCT in Texas last year. Not too long ago, I finally had the opportunity to see the machine for myself while attending this year’s RAPID in Detroit, Michigan.

The industrial PCB printer was the first thing I saw at the booth – it’s hard to miss, being much taller than its desktop predecessor. The system stands on the floor and offers a larger footprint, though it has the same 20 x 20 cm print area as the original DragonFly 2020, which officially ended its beta program in the summer of 2017. Tim Sheehan, the VP of Global Sales and Customer Care for Nano Dimension USA Inc., came over to greet me, and we sat down to chat.

Sheehan used the example of an electrical engineer looking to make a prototype board, noting that everything involved in the process – from finding a business to make the prototype, filling out and getting a purchase order approved, having the prototype made and getting it shipped to you – can cost thousands of dollars and take months to complete.

“That’s the standard process that people deal with today,” he said.

“Now, along comes someone who says, what if I could increase your productivity and reduce your cycle time…that’s giving you a return on investment that’s going to help.”

Then we walked over to the DragonFly 2020 Pro so I could get a closer look. Sheehan explained that a dielectric ink (DI) and a conductive ink are both cured at almost the same time within the system.

“It takes sophisticated software to calculate the algorithm to make sure that what you want to be a feature on that board…something as simple as a hole…it places the hole each time at the appropriate place.

“The board is being printed on a chuck, and that chuck is a heating element and a holding element, so it’s holding what’s being printed.”

The chuck moves back and forth, while the ink is being distributed exactly where it’s supposed to go. Nano Dimension uses a free SOLIDWORKS add-in which, according to its website, “creates a design environment optimized for 3D printing multi-material electronics.”

“So all of this can allow that electrical engineer not to take all that time – that two days for approval, a week to get all the signatures, three to five weeks for the board to show back up, ordering of components – all that time. You can now have a board printed overnight.”

Sheehan told me that, as an engineer, the first design you come up with is never the best. The DragonFly 2020 Pro really helps to speed up the design process, so if you need to make changes and iterations, you’re not wasting everyone’s time. He then showed me some examples of what the PCB printer is capable of, including a 12-layer PCB (below) that took a total of 20 hours to print.


“Time is only determined by the amount of silver we want to put down,” he explained.

“No one else in here can do this. The only way this is being done is the old-fashioned, traditional way, which is one layer at a time is created.”

He also showed me a PCB with an indentation on one end where a battery will sit, which also features a circuit that’s on multiple layers.

Next, Sheehan brought out a sample that demonstrates a helical conductive coil – created in 180 extremely fine turns – that’s embedded in the company’s dielectric ink; this shows Nano Dimension’s ability to create non-planar conductors, and embed them in a structure, in a single process. This can be used in applications such as charging cell phones or as a solenoid, which acts like a magnet when carrying electric current.

“Solenoids generally grab something locked…unlock the solenoid, door opens,” he explained.

“I have children, I’m not home, they come home from school, the door opens, the signal gets sent, I know they’re home. This is the whole IoT, right? Related to electronics.

“So how this all plays through for us is I’m helping you increase productivity.”

I asked Sheehan if anything new was happening with Nano Dimension that he could tell me about, and he said that the company had recently begun a European expansion, in addition to completing its partner development in North America.

“We’ve signed on national and global leaders in additive manufacturing.”

He listed some of these, including additive solutions and SOLIDWORKS software reseller Go Engineer, CATI, and Fisher Unitech, which is the largest Stratasys reseller in the world.

“So, what else is new for us? A lot of what we call application development sharing – we’re introducing how we can help people side mount components, how we can help people create three-dimensional applications, like the inductive coil,” Sheehan explained. “That’s just a few of the many different, what we call ‘feature applications,’ we’re introducing to help people stretch their minds around what else you can do with the DragonFly.”

Nano Dimension has been listening to its customers, and until this point, the company’s “addressable market” has been R&D with major research institutes. But now, the US Department of Defense is one of the top markets it’s addressing, after becoming a certified DoD vendor last June.

“They are the biggest single organization buying from us today,” Sheehan said, noting that Tier 1 suppliers are also purchasing DragonFly printers. “There are different Army, Navy, Air Force branches buying this system, doing things that we don’t even really know because it’s not for us to know…we’re probably not allowed to know.

“So that’s exciting because when you bring a product to market, you want to know who to address in the market, you want to make sure you go target that. But what’s important is we gather the information from them, and then come back and do the appropriate things for the future of the product. So that’s been successful for us.”

Before I left, Sheehan presented me with my very own 3D PCB, which now sits on my desk next to a myriad of other prints I’ve made or been given. I was excited to receive the PCB, not only because it’s a good physical reminder of what 3D printing is capable of, but also, as I said to Sheehan, who doesn’t like to be handed a little white box?

Stay tuned for more on 3DPrint.com’s trip to RAPID + TCT 2019, and take a look at more pictures from the Nano Dimension booth below:



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[Images: Sarah Saunders]

3D Printing News Briefs: October 10, 2018

It’s business news as usual to kick things off in today’s 3D Printing News Briefs, and then we’re moving on to a little medical and metal 3D printing news, followed by a 3D printing experiment and a superhero-sized 3D printed statue. The LEHVOSS Group is expanding the production capacities for its LUVOCOM material, DyeMansion has announced that its new RAL colors are now available, and the Million Waves Project receives a large grant from Shell Oil. A medical technology company is using HP’s Multi Jet Fusion to 3D print dental aligners, a YouTube video shows the depowdering process for a metal 3D printed turbine, and an experiment shows if it’s possible to use a DLP 3D printer for PCB etching. Finally, WhiteClouds designed and 3D printed a huge statue of She-Ra for a special event.

LEHVOSS Group Expanding LUVOCOM Production Capacity

Not long ago, the LEHVOSS Group, which operates under the management of parent company Lehmann&Voss&Co., revealed that that it would be showcasing its high-performance, thermoplastic LUVOCOM 3F 3D printing compounds at upcoming trade shows. Now, in order to keep meeting the ever increasing demand for these materials, the company has taken important steps, such as constructing a new laboratory and innovation center in Hamburg and commissioning an additional compounding line, to expand the worldwide production capacities for LUVOCOM.

“At the same time, these investments are just another consistent step within the framework of our long-term growth strategy,” said Dr. Thomas Oehmichen, a shareholder of Lehmann&Voss&Co. with personal liability. “Additional extensive investments in the expansion of our plastics business are currently the subject of detailed planning and are set to follow shortly.”

DyeMansion’s New RAL Colors Available

While attending the TCT Show in Birmingham recently, DyeMansion launched three machines that work together to depowder, surface treat, and dye 3D printed parts. The DM60 is the fully automated dyeing part of the system, and the company added a brand new palette of 170 standard RAL colors for PA2200 to its portfolio to let people expand the color range of the system significantly.

DyeMansion has now announced that its new RAL colors for the PolyShot Surfacing (PSS) finish are now available for DM60 color cartridges, and can be ordered via the DyeMansion On-Demand Service. To check if your favorite colors are available, type in the RAL color code on the website. To learn more about the RAL palette and the Print-to-Product workflow, visit DyeMansion’s booth 3.1-G61 at formnext in Germany next month.

Shell Oil Gives Million Waves Project a $5,000 Grant

About 40 million people in the developing world don’t have access to the prosthetic limbs they desperately need, while an estimated 28 billion pounds of plastic trash is dumped into our oceans each year. 501c(3) non-profit organization the Million Waves Project is working to fix both of these problems by using recycled ocean plastic to make inexpensive, 3D printed prosthetic limbs for children. The organization is pleased to announce that it will be now be able to make even more 3D printed prosthetics for kids thanks to a $5,000 grant that Shell Oil is providing.

“We are so excited to partner with this incredible nonprofit that aims to help serve the millions of people in need of prosthetic limbs,” said Brenna Clairr, an external relations advisor at Shell. “Our vision at the refinery is to proudly fuel life in the Pacific Northwest for our employees, contractors and our community, and we help bring that vision to life by collaborating with organizations like a Million Waves Project.”

HP’s MJF Technology Used to 3D Print Dental Aligners

Swiss medical technology company nivellmedical AG is focused on developing, manufacturing, and distributing nivellipso, a novel clear aligner system for correcting misaligned teeth. The system, a more aesthetically pleasing alternative to the conventional fixed braces, uses biocompatible, invisible plastic splints that gently move teeth to the desired position. The company is using HP’s Multi Jet Fusion technology to make its  dental aligners, which has helped improve its digital workflow.

“We are putting our focus on precision and quality work,” said Dr. Milan Stojanovic, the head of the nivellmedical board. “3D printing technology has simplified a lot of the production of aligners.

The patient’s mouth is scanned, and the scan is then sent to the laboratory, where a model is 3D printed and used to properly fit the aligners before they are shipped out to the patient. Learn more about the process in the video below:

Depowdering a Metal 3D Print Build

Have you ever seen those videos on the internet that are supposed to be ‘oddly satisfying’ and stress-reliving in a way you can’t quite figure out? The ones that show a ton of matches lighting up in a pattern, or someone slowly squishing their hands in a beautifully decorated pile of slime or some other weird material? Nick Drobchenko, a YouTube user from Saint Petersburg, has now introduced the 3D printing equivalent with his video of using a brush to slowly remove the metal powder from a 3D printed part.

“Hollow stainless steel turbine, 90mm diameter. Printing time 4.5 hours,” Drobchenko wrote in the video description. “Printing cost $140, about 30 cm3.”

If the video below does not soothe and/or satisfy you, then I’m not sure what will:

Can a DLP 3D Printer Be Used for PCB Etching?

A maker named Andrei who goes by Electronoobs online recently acquired a couple of DLP 3D printers. After reviewing them, he wanted to see if it was possible to use DLP 3D printers to build the mask for PCB etching. So he created an experiment – with surprising results – and published a video about his experience on YouTube.

“I would only use the UV light of the printer to create the mask for the PCB, and then etch it using acid for copper PCBs just as always,” he explained in the video.

In addition to the DLP 3D printers, other things required for this experiment included copper boards, dry photosensitive film, sodium carbonate, latex gloves, and an iron. Spoiler alert – Electronoobs succeeds in using DLP technology to 3D print a mask for PCB etching. To see the rest of his impressive experiment, check out the video below:

3D Printed She-Ra Statue for New York Comic-Con

[Image: Darinda Ropelato via Facebook]

Utah-based 3D printing services company Whiteclouds has plenty of experience with the technology in many applications, from aerospace, gaming, and mapping to medical for both animals and humans. But recently, the employees got to participate in a project that was, as Whiteclouds CEO Jerry Ropelato told 3DPrint.com, “one of the coolest (and funnest) 3D prints” they’ve ever worked on. The company was asked to design and 3D print the statue of She-Ra at the recent New York Comic-Con.

“It was our tallest at 11 foot tall,” Ropelato told us.

DreamWorks and Netflix are bringing She-Ra and the Princesses of Power back to life with an animated series that will begin next month. According to a Facebook post by Ropelato, Whiteclouds enjoyed every bit of the Comic-Con project, which included designing and 3D printing She-Ra’s throne and sword. The team used touch-sensitivity electronics for activating the sound and lighting for the statue, and were proud to have a small part in the She-Ra reboot.

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Adafruit Designs 3D Printed Mount, Plus Add-Ons, for Its Crickit PCB

Universal arm mount holder by junnno

We often see 3D printing used to fabricate various mounts, whether they’re for your OtterBox iPhone case, your GoPro video camera, or your Garmin unit. In today’s world, it’s common to go hands-free with your assorted devices…who wants to hold something when you can prop it up on a unique and kicky little mount or stand instead?

We often enjoy writing about the various 3D printed projects conducted by Adafruit, from the gaming-centric (HD video goggles and GameBoys) and artistic to the more unique, such as customizable hat graphics and a detachable drone trophy.

Now, the New York-based open source hardware company has published a how-to video on its latest project – a 3D printed mount for its Crickit PCB. Not to be confused with the Cricit cutting machine, which many of my craftier friends covet, Crickit is Adafruit’s robotics platform, an add-on to the company’s popular Circuit Playground Express that helps you make your own creative robot projects.

“Sometimes we wonder if robotics engineers ever watch movies. If they did, they’d know that making robots into slaves always ends up in a robot rebellion,” Adafruit wrote. “Why even go down that path? Here at Adafruit, we believe in making robots our friends!

“So if you find yourself wanting a companion, consider the robot. They’re fun to program, and you can get creative with decorations.

“With that in mind, we designed Crickit – That’s our Creative Robotics & Interactive Construction Kit.”

Adafruit’s Crickit is powered by its “I2C-to-whatever bridge firmware,” also known as seesaw. Only two data pins are needed to control all of the inputs and outputs on the Crickit, as the rest of its sensors, timers, and PWMs are offloaded to its co-processor. The kit comes with all sorts of fun goodies, all powered via 5V DC, like a Class D audio amplifier, four servo controls with precision 16-bit timers, and eight signal pins.

So, if you have your own Crickit board, but want to secure it to another project in order to keep your hands free for other important tasks, Adafruit has the answer with its simple, multi-purpose 3D printed Crickit PCB mount.

The design also has several additional add-ons you can create, so you can mount it in a variety of ways on multiple surfaces, like acrylic, cardboard, and wood. The first has openings for multiple terminal blocks and various ports so there’s still room for wires and cables, while the second features a slot for inserting a removable tripod screw.

The third add-on is designed to secure an AA battery pack. For this one, you’ll want to make sure that you’ve secured the pack to the mount before you add the Crickit.

The final add-on is perfect for prototyping LEGO projects, which will require some screws to secure the PCB.

“If you’d like, you can design your own custom add-ons or modify our existing designs,” Adafruit said in their how-to video. “The design files are free to download and they’re linked in the description of this video.”

Happy mounting!

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[Images: Adafruit]

Siemens Releases Solid Edge 2019, Packed with New Tools and Updated Features

Siemens has been delivering its Solid Edge software for several years now, enabling engineers and designers to create in CAD/CAE easily yet professionally. The company has now introduced the latest iteration of the software, Solid Edge 2019, and it reliably includes plenty of new features as well as upgrades to existing ones, in categories including mechanical design, electrical design, manufacturing, simulation, technical publications, and data management.

Users can now reverse engineer imported objects and take advantage of new features such as convergent modeling, generative design, and advanced flow simulation. An impressive array of PCB design tools are also included.

“The global market requirement to develop and deliver increasingly complex products in shrinking timeframes has created many new challenges for our customers, as well as new opportunities to differentiate,” said John Miller, Senior Vice President, Mainstream Engineering, Siemens PLM Software. “I’m confident that the integration of leading technologies and the next-generation design capabilities delivered in the Solid Edge 2019 portfolio will empower our customers to innovate in the new era of digitalization.”

New tools are available for convergent modeling, allowing engineers to incorporate mesh models directly into their workflows. The tools also support milling, casting and molding of generative designs, so that users can model and simulate the entire process, not just the final product. On the electrical engineering side of things, Solid Edge Wiring Design offers design tools that can be used to rapidly create and verify the flow of wiring through electrical systems.

Solid Edge Harness Design adds harness and formboard design using automated part selection, verification and report generation. In addition, Solid Edge PCB design enables the intuitive creation and schematic capture of printed circuit board layouts, including sketch routing, hierarchical 2D/3D planning, and ECAD-MCAD collaboration.

Solid Edge CAM Pro is a new system that allows users to program CNC machine tools, and supports both simple NC programming and high-speed, multi-axis machining. On the additive manufacturing side of things, automated print and color preparation allow designs to be sent directly to the 3D printer. Multi-color and multi-material 3D printing are both supported.

P&ID Design and Solid Edge Piping Design tools offer improved modeling, simulation, and automated placement of piping systems. These systems allow for automated 3D piping design and fully automated isometric drawing output for plant design. There is also a 3D parts library included. These tools, according to Siemens, can help reduce design errors and ensure efficient piping design in the oil and gas industries.

General improvements include better control over shapes, weight and strength. Free cloud-based collaboration tools are included as well, allowing users to work in real time from anywhere with browser-based access to CAD files.

You can learn more about the new features here, as well as check out buying options. Several discount bundles are available at the moment, for a limited time.

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[Source: Graphic Speak/Images: Siemens]