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Nexa3D Acquires NXT Factory, Introduces Eco-Friendly 3D Printing Washing Solvent

While Nexa3D may specialize in manufacturing super-fast stereolithography 3D printers, the company has been branching out recently, and narrowing its focus on the materials side of things. It launched the high-performance polymer xCE-Black in May, followed soon after with the announcement of a partnership with Henkel to commercialize xMED412, a high-impact material for printing biocompatible medical and wearable devices. Now, Nexa3D has announced that xCLEAN, its new eco-friendly washing solvent for resin and photopolymer 3D printers, is commercially available.

“I am very proud of our entire team for stepping-up during this unprecedented pandemic, and  quickly pivoting internal developments and external collaborations to adeptly support our growing customer base and communities. “Throughout this challenging period, we’ve continued to expand the range of our high impact, durable photoplastics, and we are rolling out new productivity tools for the additive manufacturing industry,” said Nexa3D’s CEO and Co-Founder Avi Reichental. “Together with our growing partner network, we are committed to helping our customers improve their design agility, and supply chain resiliency by reducing the time required to produce functional prototypes and production parts from hours to just minutes.”

xCLEAN, compatible with most photopolymeric resin printers, including close loop systems, automated cleaners, and washing units currently on the market, and is safer to handle than other popular cleaning solvents, though it’s not been cleared to use in the cleaning of parts 3D printed out of biocompatible resins.


This material is easy to recycle, as well as recover with the help of a vacuum-assist distillation unit, and doesn’t need any of the typical adherence to shipping regulations or special storage that most post-processing photopolymeric parts require.

“xCLEAN’s development is a powerful reminder that necessity is the mother of invention. We were forced to explore alternatives to isopropyl alcohol (IPA) during the initial Covid-19 surge as IPA became extremely scarce and costs skyrocketed,” explained Nexa3D’s Head of Customer Success Brent Zollinger. ” After considering dozens of candidates, we zeroed in on xCLEAN and quickly embraced it as our go-to cleaning solvent. Having processed thousands of serial production parts in our flexible factory with superior results, we decided to share this incredible cleaner with our customers and invite the entire photopolymer 3D printing community to give it a try.”

Made from molecules that are smaller than DPM and TPM, xCLEAN is extremely effective, and doesn’t have any of the gross, greasy residue that you get with these two alternative materials; just rinse it off with water. It’s also sustainable, with three times the saturation limit of IPA, which means that it lasts three times as long and requires fewer changeovers and generates less waste.

xCLEAN can be ordered for immediate delivery here, or from one of Nexa3D’s authorized resellers. A single 5-gallon container will cost you about $320. To see the material in action, check out the video below:

But materials haven’t been the company’s only focus during COVID-19—the company just announced that it has acquired NXT Factory, which manufactures ultra-fast selective laser sintering (SLS) production systems powered by its proprietary Quantum Laser Sintering (QLS) technology.

“We are thrilled to join forces with Nexa3D and together unleash the power and potential of our products. COVID-19 propelled both of our companies to demonstrate the unique capabilities of our complementary additive manufacturing power as we quickly ramped into full production of personal protective equipment for frontline healthcare workers. This crisis has helped showcase the incredibly rapid and flexible nature of our combined additive manufacturing capabilities compared to traditional manufacturing and demonstrates how vulnerable the global manufacturing supply chain is to unexpected disruptions,” stated Kuba Graczyk, the Co-Founder and CEO of NXT Factory. “Together, we are committed to taking additive manufacturing to the next level and realizing its full potential.”

The two companies have entered into an agreement that states Nexa3D will acquire all the outstanding shares of NXT Factory, and the stockholders and boards of directors of both companies have approved the transaction, the details of which were not disclosed publicly.

By combining NXT Factory and Nexa3D’s high-speed technologies, the company is strengthening its capabilities and portfolio of production-grade materials. Nexa3D will now have access to NXT Factory’s range of powder fusion, supply chain-approved plastics, which will essentially double its addressable market and strongly position it for increased growth in the industry.

Leveraging its relationships with other key material suppliers, Nexa3D will be able to diversify its revenue streams by offering access to 100% of currently available polymer applications

“Stereolithography (SLA) and Selective Laser Sintering (SLS) are the cornerstones of additive manufacturing of plastics, so I am honored and proud to be part of the team that is uniting the two companies that are taking both technologies to their full potential. Having worked side by side with the Nexa3D team over the past four years in Ventura, California, sharing facilities, exhibiting jointly at tradeshows, witnessing untold technological breakthroughs and rapid expansion, there is no doubt in my mind that this is the perfect match for both of our companies. I am excited to join this dream team and contribute towards the creation of a leading fourth generation additive manufacturing powerhouse,” said Tomasz Cieszynski, Co-Founder and CTO of NXT Factory.

Subject to customary and other deal-specific closing conditions being met, the transaction should be completed as soon as practically possible.

(Source/Images: Nexa3D)

The post Nexa3D Acquires NXT Factory, Introduces Eco-Friendly 3D Printing Washing Solvent appeared first on 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing.

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3D Printing News Briefs: September 8, 2018

We’re starting out with a lot of business news in today’s 3D Printing News Briefs, and then finishing up with something cool (pun intended) to get you through the weekend. Link3D launched its new Production Planning System for AM workflows, Carbon has a new medical-grade material, and there’s new 3D printed footwear on Kickstarter. Several US sleep experts have joined the Oventus medical advisory board, HP’s MJF technology is being used to make assemblies, and GKN Aerospace is improving its production times with Stratasys technology. Bradley Systems has suggested using its Yellow Magic 7 to clean your SLA 3D printers. Finally, a mechanical engineer and 3D printing blogger has created a retro air cooler.

Link3D Launches Production Planning System

New York City-based Link3D, which offers a centralized software platform for the industrial 3D printing workflow over external or internal additive manufacturing, has just announced the availability of its Production Planning System (PPS) and Advanced Build Simulation. PPS, an AM scheduling solution meant to enhance the company’s software for shop managers and application engineers, can further optimize AM workflows, helping 3D printers to run more efficiently and automate various tasks, like tracing and tracking a build’s genealogy, planning out each step of a build, managing scheduling, facility capacity, and production dispatching, and forecasting accurate production lead times.

“Our comprehensive predictive models are made to forecast AM production and costing outputs by accounting for labor, hardware model, AM technology, post-processing and including material science variables like specific gravity and viscosity. Link3D PPS utilizes machine learning algorithms to make recommendations for placing work orders on the correct machines based on machine availability to achieve real-time distributed manufacturing,” said Shane Fox, the CEO and Co-Founder of Link3D.

Link3D PPS will use blockchain technology to trace and track all of the data logged and generated, so organizations can validate and certify their production processes.

Carbon Introduces New Medical-Grade Material

This week, Carbon announced the launch of its first medical-grade 3D printing material, a two-part, white polymer resin called Medical Polyurethane 100 (MPU 100). The material is made for drug- and skin-contact devices, medical system components, single-use medical device, and surgical instrument applications. The material is sterilizable, biocompatible and has good mechanical strength. MPU 100 has good abrasion resistance, is compatible with common disinfectants, and works with the company’s Digital Light Synthesis (DLS) technology to produce rigid, isotropic plastic parts.

“The life sciences and medical device industries show enormous promise for using 3D printing for production at scale, and we will continue to prioritize the development of next-generation materials in this segment,” said Jason Rolland, Vice President of Materials at Carbon.

Carbon is offering MPU 100 in 800 ML cartridges to its customers in Europe, the US, and Canada. You can learn more about the new medical-grade material at Carbon’s booth #431505 in the West Hall at IMTS 2018 next week.

Unis Brands Starts 3D Printed Footwear Kickstarter

Earlier this week, Unis Brands began a Kickstarter campaign for its line of user-customizable, 3D printed footwear. The line includes two different styles of sandals: the U-Straps and the U-Slides, both of which will be available, in limited quantities, to early campaign backers for just $75 and $100, as opposed to the regular retail price of $140. The 3D printed U-Straps and U-Slides offer custom sizing, as customers provide the exact length and width measurements of each foot. The sandals are made with flexible 3D printing filament for a comfortable fit, and each one has five components, including the logo, buttons, cushion, upper, and midsole, that can be customized with different patterns and colors.

Unis said, “After getting my start in footwear by taking popular sneakers apart, customizing them, putting them back together and then selling them on eBay, I’m excited to announce my first line of sandals on Kickstarter. With five different user-customizable areas, and with individually 3D-printed shoes based on each customer’s exact foot measurements, we are creating footwear that is truly one-of-a-kind.”

All of the company’s recyclable shoes are made in the US on 3D printers designed and built by CEO and founder Nicholas Unis.

US Sleep Experts Join Oventus Medical Advisory Board

Brisbane medical device company Oventus, known for its FDA-approved, 3D printed sleep apnea device, recently announced that it had appointed a Medical Technology Advisory Board (MTAB) of international sleep experts. The board will assist and guide the company on the development and commercialization of its Sleep Treatment Platform. The MTAB, a US-based consultative advisory body, will report to Oventus CEO Dr. Chris Hart, and provide guidance and input into the company’s clinical, developmental, and commercial strategy, which is currently focused on introducing its products to the US.

The following top sleep physicians and advisors in the US have been appointed to the Oventus MTAB for a three year term, which is renewable by mutual agreement:

  • Lee A. Surkin, MD, FAASM
  • Richard K. Bogan, MD, FCCP, FAASM
  • Jerry Kram, MD, FAASM
  • Mark Hickey, MD, FAASM
  • Mark A. Rasmus, MD, FAASM
  • Daniel B. Brown, Esq
  • Myra G. Brown

Aerosport Modeling & Design Making Assemblies with HP’s MJF Technology

HP MJF PA12 Nylon Butterfly Valve Assembly

Ohio-based 3D printing service bureau Aerosport Modeling and Design, which has been producing high-quality prototypes, working models, machined parts, and appearance models since 1996, adopted HP’s Multi Jet Fusion (MJF) technology nearly a year ago.

The company uses MJF 3D printing to fabricate assemblies, such as a Butterfly Valve one made of PA 12 Nylon. The original assembly came in 30 pieces and took half an hour to assemble. But by using HP’s 3D printing technology to make it, the total number of pieces was reduced to just four, with only three minutes of assembly. This helped Aerosport lower its production costs by 70%, and its production time by an astonishing 90%.

GKN Aerospace Improving Production Times with Stratasys 3D Printing

3D printed tooling made on the Stratasys F900 Production 3D Printer.

This week, Stratasys announced that GKN Aerospace, which serves over 90% of the world’s aircraft and engine manufacturers, is removing design constraints and improving production times for many tooling applications after integrating 3D printing at its Filton manufacturing site. In an effort to lower lead times for production-line tools and create complex parts that can’t be completed with traditional manufacturing, GKN Aerospace invested in a Stratasys F900 Production 3D printer. This decision helped the company achieve “unprecedented levels of design freedom,” as well as a 40% decrease in material waste; production has also gone from several weeks to only a few hours.

Tim Hope, Additive Manufacturing Center Manager at GKN Aerospace, said, “Since integrating the F900, we have dramatically reduced production-line downtime for certain teams and are enjoying a newfound freedom to design complex tools.

“We can now cost-effectively produce tools for our operators within three hours. This saves critical production time, and by printing in engineering-grade thermoplastics, we can produce 3D printed tools with repeatable, predictable quality every time. All while matching the quality of a traditionally-produced tool, and reducing the costs and concessions compared to equivalent metallic tooling.”

Bradley Systems Wants You to Clean Your SLA 3D Printer with Yellow Magic 7

If you’ve got an SLA 3D printer that needs a good cleaning, Bradley Systems, Inc. wants you to consider using its Yellow Magic 7 (YM7) cleaner, as opposed to Isopropyl Alcohol (IPA), which is also called isopropanol and dimethyl carbinol. The company first heard about people using its cleaner, which was originally formulated as a flexo UV ink and varnish cleaner for printing human and pet food packaging, to clean parts for SLA 3D printers on a Formlabs forum, and has since started offering 1 gallon jugs of YM7 on Amazon…and this decision is garnering it some pretty positive reviews.

“Until now, IPA has been the go-to cleaner for this application because it gets the job done. The downside is that IPA is a flammable chemical compound with a strong odor. This means you’ve got to make sure you’re wearing personal protective equipment (PPE) and storing it properly so you don’t accidentally blow yourself up. As for the smell… well there’s not much you can do there,” the company wrote in a blog post.

YM7, unlike IPA, is biodegradable, non-toxic, and has little odor. It’s not a fire hazard, as it’s water based, and it also performs well in an ultrasonic cleaner. It’s also versatile enough to clean a multitude of different 3D printer parts and accessories, like rollers and rubber pads.

“So, what we’re seeing so far is that you can still get the job done using Yellow Magic 7 without the stink or the potential of blowing up your co-workers or family. Which is nice.”

Mechanical Engineer Builds 3D Printed Retro Air Conditioner

While 3D printing is a relatively modern technology, it can be fun to use it to recreate your favorite retro items from the past, like arcade games, original Apple computers, FM radios, and television sets…even scuba helmets! A mechanical engineer named Juan, who owns a YouTube channel and blog titled Govaju 3D Printing, has worked in the 3D printing world for eight years, 3D printing is not only his work, but also his hobby and passion. Recently, Juan decided to get back to the past by creating a 3D printed retro item of his own.

“I recently created this video of a project that I’ve been working on for a few months, it’s a retro air conditioner,” Juan told 3DPrint.com. “It is printed 100% in 3D with the lulzbot taz 6 and with wood filament and PLA.”

Take a look at the video to see the project come together!

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