WASHINGTON, DC — Due to an anticipated large gathering of people during the ongoing COVID-19 pandemic, out of an abundance of caution for the safety and health of our employees and the public, the Aug. 6, 2021, open session meeting of the U.S. Postal Service Board of Governors will now be conducted by live audio webcast only, with no in-person attendance.

With no in-person attendance, the Postal Service is cancelling the previously scheduled public comment period that was to have been conducted following the adjournment of the meeting.

The Board is expected to discuss the following items at the Aug. 6 meeting beginning at 9:00 a.m. ET:

1. Call to Order and Opening Remarks of the Chairman 
2. Remarks of the Postmaster General and CEO
3. Approval of Minutes
4. Committee Reports
5. Quarterly Financial Report
6. Quarterly Service Performance Report
7. Approval of Tentative Agenda for November Meetings
8. Adjournment

Open session meetings of the Board of Governors are available on live audio webcasts at http://about.usps.com/who/leadership/board-governors/briefings/welcome.htm. Three hours after the conclusion of the open session meeting, a recorded audio file will be available for listening. In compliance with Section 508 of the Rehabilitation Act, the audio webcast will be open-captioned.

The Postal Service generally receives no tax dollars for operating expenses and relies on the sale of postage, products and services to fund its operations.

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One of the many Holy Grails of 3D printing is the ability to 3D print fully functional items in a single build process. Companies like Inkbit and Sakuu are after just such a goal with their multi-material processes. However, it may not require completely new 3D printing methods, such as theirs, to produce such functional objects as electronic devices. A research team from the Centre for Additive Production at the Fraunhofer Institute for Manufacturing Engineering and Automation (IPA) has demonstrated the ability to manufacture a sensor using a single-material deposition technique from ARBURG.

The team at Fraunhofer IPA pursued the production of an inductive proximity sensor directly within its casing. These cylindrical devices typically consist of a coil, circuit board, and plug within a metal shell. They can be used to measure the distance of a metal object in industrial manufacturing and other applications. However, due to the standard, mass produced shape of the sensors, they can’t always fit ideally into a given environment.

The ability to 3D print complex, multi-material goods has a range of benefits. In addition to reducing labor steps, additive manufacturing (AM) of such items could enable the mass customization of electronics or complex geometries that could improve the performance of the device. For instance, by integrating a smartphone battery and antenna directly into its polymer casing, the phone could be made smaller and lighter weight, while increasing energy density or communication range.

Freeformers in sizes 200-3X and 300-3X process plastic granulates, as also used in injection molding. Image courtesy of Arburg.

In the case of a proximity sensor, Fraunhofer IPA suggested that it could be possible to integrate one directly into a robotic gripper to make fore more intelligence handling of items in a production line. To demonstrate this possibility, the Fraunhofer team worked with a Freeformer 3D printer from ARBURG, which uses a proprietary method to melt plastic granules and deposit them onto a print bed, as well as automation firm Balluff GmbH.

It was necessary for the researchers to use a plastic with high dielectric strength and flame-retardant properties, leading them to plastic polybutylene terephthalate (PBT). While PBT is a standard injection molding material for electronic casings, it is not used in 3D printing. Here, ARBURG was able to demonstrate one of the strengths of the Freeformer, processes injection molding pellets over plastic filament and, thus, has access to a much broader range of materials.

Fraunhofer IPA’s 3D printed sensor, including coil, circuit board, and plug within plastic casing. Image courtesy of Fraunhofer IPA.

The team 3D printed the part, leaving openings in which outside components could be integrated during the fabrication process. The machine was programmed to stop where necessary so that the coil, circuit board, and plug could be inserted into the printed part. Meanwhile, a dispenser applied the silver conductor tracks within the casing. Once these steps were complete, the Freeformer printed over the openings.

Altogether, Fraunhofer created 30 customized sensors and ran them in standard operating environments, showcasing their ability to withstand changes in temperatures and vibrations. The devices were additionally waterproof and could pass an electrical insulation test. The project, dubbed “Electronic Function Integration in Additively Manufactured Components”, lasted 18 months and the team is now working with ARBURG to explore further uses for conductive plastics.

Considered by many in the industry, but not all, to be the inventor of continuous carbon fiber 3D printing, Massachusetts-based Markforged (NYSE: MKFG) announced the launch of two new composite materials that are designed to support aerospace and defense manufacturers, as well as others who work in extremely regulated industries. Onyx FR-A and Carbon Fiber FR-A, aerospace-ready versions of its Onyx FR and Carbon Fiber FR materials, are currently going through a qualification program on the company’s industrial X7 3D printer by the National Center for Advanced Materials Performance (NCAMP), part of Wichita State University’s National institute for Aviation Research (NIAR).

“Markforged believes in a future that is more than metal. We have long supported the aerospace industry and have parts in-flight today. There is a multi-decade trend underway to transition parts from metals to advanced composites, which are lighter and offer greater efficiencies. Our deliberate move to support innovation in aerospace mitigates risk for these manufacturers and helps get additive parts in the air faster by simplifying the part certification process,” stated Markforged President and CEO Shai Terem.

WSU/NIAR Building

Markforged and NCAMP have been working together since early 2020, and the company was successful in finishing the difficult factory audit phase of the NIAR-approved qualification program, which is in the printing and testing phase right now and will later undergo an analysis and reporting cycle. Once the X7 qualification program of its two new composite materials is completed, Markforged will likely have the first continuous fiber-reinforced AM process qualified by NCAMP, which is one of just two bodies that’s authorized by the Federal Aviation Administration (FAA) to qualify materials for flight. The two expect full qualification of the materials once these processes are completed in early 2023.

By using continuous fiber reinforcement technology to print end-use parts for the aerospace market, manufacturers are able to use these lightweight yet strong composite materials to ensure shorter lead times, reduced fixed costs, and decreased investment in labor as well. Designed to meet Flame, Smoke, and Toxicity (FST) requirements for many aircraft interior parts, the new Onyx FR-A and Carbon Fiber FR-A materials meet NCAMP-approved specifications and also come with traceability. Cabin Management Solutions (CMS), a Markforged aerospace customer, designs and fabricates cabin management and in-flight entertainment systems for both private and business aircraft, and is working with Markforged to use a manual material traceability process to bring 3D printed end-use parts to market. In fact, the two have already printed over 100 end-use parts that are ready to be installed in planes.

“In aerospace, it’s important to have quality parts we can adapt on the fly to make any changes the customer requests. Using Markforged printers and materials offers us ways to create low-volume, high-value luxury cabin parts faster and at the point of need,” explained Jeff Pike, VP of Engineering at CMS. “This results in lower costs and accelerated lead times, and with material traceability in place, it will enable us to move even faster in our development process and free up resources to focus elsewhere.”

The material traceability will definitely help on the way to efficient FAA approval, but the new Onyx FR-A and Carbon Fiber FR-A materials have other great features that make them perfect for end-use applications in demanding industries, such as consistency, high strength-to-weight ratio, and excellent surface finish. Once the materials are finished with the NCAMP qualification process, aerospace and defense manufacturers will be able to access their information from the NCAMP database, in addition to proving their equivalency and giving customers more confidence.

The new Onyx FR-A and Carbon Fiber FR-A materials by Markforged are available on its X7 3D printer, and Onyx FR-A can also be used on the X3 and X5 systems as well. In the future, Markforged plans to launch additional traceable materials.

(Source/Images: Markforged)

Burloak Technologies has unveiled its second 3D printing facility in North America. The Camarillo, California site adds 25,000-square-foot of production capabilities to their already 65,000-square-foot facility located in Ontario, Canada. This new plant and equipment have been acquired in partnership with Carpenter Technology. Together, the two plan to work on future product designs and other production possibilities.

Burloak, founded in 2005, is a subsidiary to Samuel, Son & Co. Limited, a company manufacturing and processing metals since 1855. Burloak currently offers a host of 3D printing solutions to clients in aerospace, space, medical, industrial, energy, and automotive. They are one of few companies able to successfully design commercial parts for additive manufacturing (AM) and then produce them at scale. Burloak can print industrial grade parts using titanium, nickel, and aluminum at significantly quicker rates than conventional manufacturing practices, with far more customizability resulting in greater efficacy and efficiency, as well as consolidating the manufacturing of parts with many different pieces.

Burloak has made some significant strides in AM in recent years. It opened Canada’s first 3D printing facility, simplifying the process for industrial customers to make use of additive technology for manufacturing lighter, more durable, and cost efficient parts on a large scale. It was fully acquired by Samuel, Son & Co, drastically increasing its capital and growth into a worldwide market. Most recently, the firm became the first in the industry to receive Boeing’s approval to 3D print aluminum flight components. This partnership with Carpenter Technology and the announcement of its second facility is another landmark in the history of their success.

Despite a loss of revenue in Q3 of 2021, Carpenter Technology is well on its way to recovery and growth. The company itself is a global leader in using titanium, alloy, and specialty materials to produce mission critical parts and components. In the world of 3D printing, Carpenter Additive supports its customers with alloy atomization, metal 3D printing, powder lifecycle management, data collection, and offers an array of titanium based, aluminum based, nickel based, and iron based powders.

Electron beam metal 3D printers located at Burloak facilities. Image courtesy of Burloak Technologies.

Now, with the added resources from Carpenter, Burloak believes it has the most complete AM service in the industry. This includes electron beam and laser powder bed fusion, metal binder jet, polymer powder bed fusion and high-speed extrusion to produce carbon fiber and nylon based products. The company also provides design, engineering, and CNC machining.

The addition of Carpenter and the new facility is a significant milestone for Burloak, a company already boasting important clients and partnerships with firms such as Boeing, GE Additive, MDA Ltd,  and HP. It will be exciting to see how the addition of this new facility and resources will allow Burloak to continue to grow its services and clientele.

The SPAC trend that revolutionized the IPO market in 2020 continues in 2021. Blank-check mergers through special purpose acquisition companies (SPACs) have surged globally to a record $170 billion in 2021, surpassing last year’s total of $157 billion. In fact, 248 SPAC IPO transactions made up 55% of the total U.S. stock launches in 2020, according to financial research firm SPAC Analytics.

With so many businesses going public via SPACs, several pure-play 3D printing companies also made the list. So far, we counted 13 businesses focused on 3D printing that have announced they would go public in 2021. Just like last year, SPACs are outpacing traditional IPOs in this category, considering that most of the U.S. companies in the additive space chose to merge with blank check firms. However, a handful of businesses – mostly in Asia and Europe – will go the regular IPO route. Check out 3DPrint.com’s Stock Zone to keep track of the trading.

SPAC Mergers

Markforged

• First trading day: July 15, 2021
• Exchange: New York Stock Exchange (NYSE)
• Symbol: MKFG
• SPAC merger company: one (NYSE: AONE)
• Initial share price: $7.76
• SPAC Valuation: $2.1 billion

Markforged made its public debut in 2021 after closing a deal with blank-check company one. The leading industrial 3D printing company received approximately $361 million as part of the transaction to accelerate innovation and grow the company’s global footprint. To celebrate the occasion, the Markforged team even 3D printed their own bell in metal, claiming it was “the most Markforged way to go public.” Led by company founder and CTO Gregory Mark and CEO Shai Terem, the team left its mark on the NYSE floor after ringing the one-of-a-kind First Trade Bell built with their own industrial 3D printer.

Velo3D 

VELO3D technology has guided many companies in their mission to create complex metal designs previously considered impossible due to the constraints of legacy additive manufacturing (AM) technology. To continue on its growth path, VELO3D announced a merger deal to become publicly listed and expects to use the $500 million in cash proceeds from the transaction to extend the reach of its technology to even more customers globally.

Shapeways

• Will go public: H2 2021
• Exchange: NYSE
• Symbol: SHPW
• SPAC merger company: Galileo Acquisition Corp. (NYSE: GLEO)
• SPAC Valuation: $605 million

The upcoming merger and public listing for 3D printing service provider Shapeways will provide more than $195 million of net proceeds to the company, including a $75 million fully committed common stock PIPE anchored by top-tier institutional investors, including strategic partner Desktop Metal. The funds will help accelerate its metal AM capabilities, expand the material and technology offerings to extend market reach, grow customer share of wallet, and provide additional working capital.

Bright Machines 

• Will go public: H2 2021
• Exchange: NYSE
• Symbol: BRTM
• SPAC merger company: SCVX Corp. (NYSE: SCVX)
• SPAC Valuation: $1.6 billion

An industry leader in intelligent, software-defined manufacturing, San Francisco-headquartered Bright Machines plans to go public later in 2021. The move will provide up to $435 million and help accelerate the company’s growth, including a highly anticipated expansion into new markets and the development of additional value-added software in areas such as production analytics and quality inspection.

Rocket Lab 

• Will go public: H2 2021
• Exchange: NASDAQ
• Symbol: RKLB
• SPAC merger company: Vector Acquisition (NASDAQ: VACQ)
• SPAC Valuation: $4.1 billion

Since its inception, Rocket Lab has 3D printed rocket parts for its launch vehicles, deployed more than 100 satellites to space across 17 orbital launches, designed and manufactured Photon spacecraft currently operating in orbit, and been awarded contracts for Photon missions to the Moon and Mars. The new transaction will cement Rocket Lab’s position as a leader in the rapidly growing private space industry, and continue collaborations with 3D printing leading businesses, like SLM Solutions, to continue building large rocket engines.

Rocket Lab manufactures rockets with 3D printed parts. Image courtesy of Rocket Lab.

Redwire Space

• Will go public: H2 2021
• Exchange: NYSE
• Symbol: undisclosed
• SPAC merger company: Genesis Park (NYSE: GNPK)
• SPAC Valuation: $615 million

A developer of mission-critical solutions for next-generation space infrastructure, Redwire will go public later this year. The company is at the forefront of microgravity AM platforms thanks to the acquisition of zero-G 3D printer manufacturer Made In Space. Future plans include the launch of Archinaut, the largest artificial structure in space, for next-generation off-world manufacturing needs.

Fathom

• Will go public: Q4 2021
• Exchange: NYSE
• Symbol: FDMG
• SPAC merger company: Altimar Acquisition Corp. II (NYSE: ATMR)
• SPAC Valuation: $1.5 billion

On-demand manufacturing pioneer Fathom confirmed a multi-million dollar SPAC deal to go public. After closing the transaction, more than $420 million of net proceeds will expand its on-demand digital manufacturing platform through a series of planned acquisitions under the continued leadership of CEO Ryan Martin.

Fast Radius is one of the largest service bureaus in the industry. Image courtesy of Fast Radius.

Fast Radius 

Digital manufacturing company Fast Radius will merge with a green-focused SPAC to become a publicly-traded company in 2021. Through its cloud manufacturing technology and on-site production centers in Chicago and within the UPS Worldport facility in Louisville, Fast Radius is leveraging digital manufacturing technology for a networked, global infrastructure that removes all the risk typically associated with outsourcing manufacturing projects.

IPO market

Massivit 3D

• IPO date: March 8, 2021
• Exchange: Tel Aviv Stock Exchange (TASE)
• Symbol: MSVT
• IPO share price: $870
• Valuation at IPO: $203.6 million

Israeli provider of large-volume 3D printing systems Massivit 3D is backed by 50 patent assets. Like many of its competitors, its vision is to transform large-volume manufacturing from traditional, legacy processes to digital manufacturing by providing fast 3D printing technology and a range of industrial materials. Through the IPO, Massivit raised $52 million that will be leveraged to continue innovating vital and disruptive technology to address pertinent market gaps.

Massivit 3D completed its IPO on the Tel Aviv Stock Exchange. Image courtesy of Massivit 3D.

MeaTech 3D

• IPO date: March 12, 2021
• Exchange: NASDAQ
• Symbol: MITC
• IPO share price: $10.30
• Valuation at IPO: $1.1 billion

Focused on 3D printed cultured meat production, Israeli food-tech startup MeaTech 3D is developing and out-licensing its proprietary 3D printing technology, biotechnology processes, and customizable manufacturing processes to food processing and food retail companies seeking to manufacture proteins without the need for animal slaughter. An alternative to industrialized farming, MeaTech circumvents the ethical and environmental issues surrounding conventional animal agriculture by developing an industrial cultured meat production process with integrated 3D printing technology.

Norsk Titanium

Norsk Titanium is a producer of aerospace-grade, additively manufactured, structural titanium components for commercial aerospace tier-one suppliers. Its patented rapid plasma deposition (RPD) technology revolutionizes the industry by pioneering a new era of on-demand metal AM that delivers 3D printed, structural titanium, providing substantial lead-time and cost savings to the aerospace, defense, and industrial markets.

Xometry

• IPO date: June 29, 2021
• Exchange: NASDAQ
• Symbol: XMTR
• IPO share price: $44
• Valuation at IPO: $2 billion

Xometry, an online AI-enabled marketplace for on-demand manufacturing, saw shares soar on the first day of trading. The Maryland manufacturer managed to raise $303 million by offering 6.9 million shares at $44, above the range of $38 to $42. Since its foundation in 2013, over 6 million parts have been manufactured through Xometry’s platform.

Xometry celebrates going public at the NASDAQ on June 29, 2021. Image courtesy of Xometry.

Rokit Healthcare

In March 2021, South Korean bioprinting startup Rokit Healthcare announced preparations for its upcoming IPO. Since 2012, Rokit has developed the 3D bioprinter Invivo, which is currently undergoing clinical trials in Korea and the U.S. to help regenerate damaged cartilage tissue in patients with arthritis ulcers. The business has already begun commercializing its flagship bioprinted skin patches to treat diabetic foot ulcers and ultimately expects to offer personalized services using a patient’s own cells to print organs and tissues.

There are still plenty of webinars this week, on topics like robotics and personalized medical devices, but there are also a few events to tell you about as well, including ASME’s AM Industry Summit. Keep reading for all the details!

SPEE3D at Sea Air Space Expo

Starting today, August 1st, and going through Wednesday, August 4th, at the Gaylord National Resort & Convention Centre National Harbor in Maryland, the Navy League of the United States is holding Sea Air Space, the largest maritime expo in the United States. 3D printing applications in the maritime industry are growing steadily these days, and US representatives from Australian company SPEE3D, together with Team Defence Australia, will be attending this expo. SPEE3D will be presenting its award-winning cold spray metal AM technology to US military and defense industry decision-makers at the event.

“Sea-Air-Space brings the U.S. defense industry and key military decision-makers together for three days of informative educational sessions, important policy discussions and a dynamic exhibit hall floor. Owned and produced by the Navy League of the United States, Sea-Air-Space attracts maritime leaders from sea services around the globe.”

You can register for the event here.

Virtual Solid Freeform Fabrication Symposium

Another multi-day event is the virtual Solid Freeform Fabrication (SFF) Symposium, an additive manufacturing conference by the University of Texas at Austin, from 9 am until 6:30 pm EST August 2nd through the 4th. At this year’s event, there will be roughly 426 presentations on a wide variety of topics, including Design for the Additive Manufacturing Process Chain, Mechanics of Additively Manufactured Metals, Enabling Deposition of Removable Support Structures in Large-format Material Extrusion, High-fidelity Modeling of Binder-powder Interactions in Binder Jetting, and many more. The symposium offers asynchronous viewing options, so there won’t be any schedule conflicts when it comes to the sessions, as well as a poster session, virtual social events, an interactive graduate student panel, presentations by the winners of the Freeform and Additive Manufacturing Excellence (FAME) awards, and more.

“While we would have preferred to be in person and will miss the face-to-face interactions, we feel that in early August there will be an unpredictable level of uncertainty about safety of participants and lifting of travel restrictions.  We will be taking full advantage of the benefits of a virtual platform.”

You can register for the virtual symposium here.

ASME’s AM Industry Summit – Aerospace & Automotive

On Tuesday and Wednesday, August 3-4, ASME (The American Society of Mechanical Engineers) is holding its latest virtual AM Industry Summit, “Convergence of AM Aerospace and AM Automotive.” Attendees can connect with influential buyers and suppliers in these two important industries, as well as the rest of the global AM community, to learn about the latest innovations, share knowledge, gain new insights, attend networking sessions and product demonstrations, and more. Keynote speakers on the 3rd, talking about the Role of AM in Electrification, Mobility & Autonomy, will be moderator Lauralyn McDaniel, who heads up Industry Strategy and Engagement for ASME, along with Amy Elliott, Group Leader – Robotics and Intelligent Systems, at ORNL, and John Rogers, CEO and Co-Founder of LM Industries.

“Cross-industry collaboration provides fresh perspective and collective intelligence to transform obstacles into opportunities and forge new paths. AM Industry Summit connects like-minded Additive Manufacturing & 3D Printing professionals in industries to address common challenges and discover opportunities. These landmark events are helping to foster a true knowledge across industry of 3D technologies’ potential.”

You can register for the summit here.

America Makes: AM Roadmap Virtual Launch

From 8 to 9:45 am EST on Wednesday the 4th, you can attend the Additive Manufacturing Roadmap Virtual Launch by the Smart Manufacturing Cluster of Northeast Ohio. The private, nonprofit economic development organization Team NEO works to accelerate business growth and job creation throughout the 18 counties of Northeast Ohio, and for the last five months, it’s been working with academic institutions, solution providers, and leading area companies in order to gain a better understanding of the additive manufacturing-related commercial opportunities in the region. During the launch, there will be a panel discussion on talent, and attendees will also learn about the JobsOhio Statewide Strategy, in addition to a business case for broader AM adoption, and more.

“Attend the virtual launch event to gain insights from the Additive Manufacturing Roadmap Working Group. They will provide an overview of the additive manufacturing opportunity for the Northeast Ohio Region and share recommendations intended to make the region a Center of Excellence for additive manufacturing technologies.”

You can register for the webinar here.

Materialise & FITme on Personalized Device Business

Moving on to Thursday, August 5th, Materialise is holding a webinar at 4 am EST titled “Efficiently Scale Up Your Personalized Device Business Through Design Automation – A custom plugin development testimonial by FITme.” Medical device company FITme, which creates personalized silicone implants for cosmetic and reconstructive surgery, will discuss how it managed to efficiently scale up production without compromising on quality using a custom plugin that Materialise developed. Materialise Product Marketing Specialist Karen De Leener and Simon Lejaegere, Custom Plugin Product Manager for Materialise, will present with William Jung, product/project manager at FITme, and cover topics like how automating the clinical workflow can reduce employee learning costs and increase consistency.

“The adoption of personalized devices for medical care is rapidly increasing. For medical device companies, this means much more than only scaling up production. On the one hand, the whole process should run as smoothly as possible, ensuring that efficiency is optimized and new employees of the growing team are up to speed in no time. On the other hand, the consistency and quality of the personalized devices should be kept at a superior level.”

You can register for the webinar here.

TriMech’s Favorite Time-Saving Tips

Later that day on the 5th, at 10 am EST, TriMech will present a webinar titled “Favorite Time-Saving Tips for Epic Performance,” led by Elite Application Engineer Stephen Petrock. SOLIDWORKS users should attend to learn the best tricks for fast modeling and high performance, dominating large assemblies, and becoming more productive in general. Among other topics, Petrock will cover keyboard shortcuts to use for increased modeling speed and other ways to spend less time modeling, how to be a performance pro with your workflow, and more.

“During this webinar, you will learn how to become more productive and how to save time with your modeling. Stephen will show you a few tricks on how to dominate large assemblies and get the performance for your drawings you have been missing.”

You can register for the webinar here.

HP on 3D Printing for Robotics & Automation 

From 2-3 pm EST on Thursday the 5th, HP is holding a roundtable titled “Additive Manufacturing for Robotics & Automation.” As we know from the first report on 3D printing automation, published by SmarTech Analysis this spring, many manufacturers realized the drawbacks to centralized factories and distributed supply chains during the COVID-19 pandemic, and are now using 3D printing to improve their current infrastructures and shore up supply chain vulnerabilities. HP, for one, announced an increase in focus 3D printing automation and implementation ahead of the virtual Formnext Connect this fall, and clearly it’s been going well.

“In this 1-hour panel discussion, you will hear from 3 different types of companies in the robotics & industrial automation space that are using additive manufacturing to address business challenges and stay ahead of their competition.”

You can register for the webinar here.

3D Systems’ Figure High Density Stacking

Finally, you’ll have to make a choice for the last webinar of the week, as “Advancing Additive Productivity with Figure 4 High Density Stacking” by 3D Systems also takes place at 2 pm EST on the 5th. Patrick Dunne, the Vice President of Advanced Application Development at 3D Systems, and Advanced Applications Engineer Kevin Hsu, within the company’s Application Innovation Group, will discuss how recent advancements in high density stacking on the Figure 4 solution are helping to increase AM productivity by delivering thousands of production parts in just 48 hours. Attendees will learn about several topics, including advantages of the new stacked workflow, general background on batch production, and more.

“3D Systems is excited to share a major advancement in build efficiency with our new solution for high density part stacking that takes advantage of the build height of Figure 4 printers, efficient nesting, and optimized support structures to enable greater levels of batch printing and post-processing.”

You can register for the webinar here.