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Videos

Markforged at the Movies: Behind the Scenes at a Hollywood Prop Shop

When you're watching your favorite movie or TV show, there's a pretty good chance that Markforged has a leading part. Or several. Join Hollywood prop master Frank Ippolito on a behind the scenes look at his shop floor at Thingergy Inc., and how he uses Markforged tech to get quality parts to set, fast. From Star Wars light sabers to Stranger Things monsters, Frank and his team are among the most in-demand prop houses in the industry. Here, he walks us through how he gets a prop helmet camera-ready in a matter of days. Spoiler alert: it's entirely 3D printed. Learn more about how our Digital Forge can work for you: https://bit.ly/digital-forge

Markforged at the Movies: Behind the Scenes at a Hollywood Prop Shop

When you're watching your favorite movie or TV show, there's a pretty good chance that Markforged has a leading part. Or several. Join Hollywood prop master Frank Ippolito on a behind the scenes look at his shop floor at Thingergy Inc., and how he uses Markforged tech to get quality parts to set, fast. From Star Wars light sabers to Stranger Things monsters, Frank and his team are among the most in-demand prop houses in the industry. Here, he walks us through how he gets a prop helmet camera-ready in a matter of days. Spoiler alert: it's entirely 3D printed. Learn more about how our Digital Forge can work for you: https://bit.ly/digital-forge

We 3D Printed End-of-Arm Tools with Rapid Robotics

How do businesses solve complex manufacturing problems during a skilled labor shortage? For @rapidrobotics , a company that specializes in building automated solutions for the factory floor, it all comes down to being fast, economical, and easy-to-use. Enter Markforged. Rapid Robotics uses The Digital Forge to 3D print custom end-of-arm tooling, input tracks, and fixtures for their robotic arms. Because of the flexibility and speed afforded by the Markforged platform, they can create reliable parts for even the most intricate use cases, and in a fraction of the time over traditional means. Now, they're able to meet their customers' needs, and face the labor crisis head-on in the process. Find out more about how Markforged can help you streamline your manufacturing floor with custom end-of-arm tooling: https://bit.ly/automate-with-markforged

Additive Manufacturing in the Digital Era | Vestas x Markforged

How do enterprise businesses reduce costs, lead time and carbon emissions? If you're Vestas, the answer is additive manufacturing with Markforged. Vestas is a global leader in wind energy and uses Markforged’s Digital Forge platform to support its direct digital manufacturing (DDM) program. This frees up manufacturing processes from relying on outside suppliers and provides a reliable knowledge base for collaboration. Using Markforged's Management and Integration features available in Eiger software, Vestas can maintain control, oversight, and security as it deploys its parts across the globe. And on top of that, Markforged's Inspection technology scans and certifies each part before generating a calibration report. Parts are scanned in the print bed to ensure tolerances and part accuracy. This allows Vestas to eliminate the cost, lead time and hassle of third-party certifiers. The result is the right part, every time -- at any of Vestas' global locations. These features are included in the Essential Tier of our Digital Forge Subscriptions. Learn more: https://bit.ly/digital-forge-subscriptions

We 3D Printed a Satellite with Sidus Space.

For former NASA scientist and forever 3D printing nerd Tony Boschi, Markforged is go for launch. Tony and the team at @sidus-space have spent the last four years working on LizzieSat, a partially 3D printed satellite that is set to launch on the SpaceX Transporter-9 rocket in 2023. Throughout the design and building process, Sidus found that at every turn, Markforged materials and parts met the rigorous standards required for space travel - from strength and traceability, to economy and speed. Now, for the next five years after launch, Markforged parts will be orbiting our little blue dot. Learn more about what is possible with our X7 printing system: https://bit.ly/markforged-x7

Siemens Energy Innovation Center | 3D Printing for Production

The Siemens Innovation Center is a one-of-a-kind facility which offers a unique pairing of design with manufacturing, implementing robotics, rapid prototyping, scanning, digital tools, and on-site metal additive manufacturing. It was opened by Siemens Energy to provide rapid problem-solving in support of its energy operations. Engineers at the Siemens Innovation Center were tasked to improve turbine maintenance by reducing off-site repairs and costly downtime. The team designed and 3D printed a circular saw-inspired cutback tool using their fleet of Markforged X7 printers within 4 weeks. When they realized that the Markforged carbon fiber material was actually robust enough to withstand field use, they started to put the tool into production. Learn how the Markforged platform enabled Siemens Energy Innovation Center to provide a more robust customer solution while staying on the forefront of a competitive industry. “Rapidly iterating with Markforged 3D printers has revolutionized the way we look at tooling. The Markforged platform gives us the ability to produce powerful, durable tools.” — Trent Almond, Mechanical Engineer, Siemens To learn more about the Markforged Industrial Series, visit: http://bit.ly/3CqRWkU

Caldwell Manufacturing | Metal and Carbon Fiber 3D Printing in Manufacturing

Learn how global window and door hardware manufacturer Caldwell Manufacturing uses their metal and carbon fiber 3D printers for both R&D and in-house tooling. US-based Caldwell Manufacturing ships window and door components to businesses in over 70 countries. The company’s hardware can be found in residential homes, medical buildings, schools, and even the Empire State Building in New York City. These parts need to be tested before the final part is made, and the rigorous tests check whether they will stand up against hurricanes and other natural events. The team used traditional manufacturing methods and third parties to make their R&D parts, as well as in-house tooling for their factory floor, but found it was too expensive and time consuming. Caldwell Manufacturing turned to Markforged 3D printers to speed up their R&D process, as well as the fabrication of non-revenue-generating tools. “We selected Markforged based on our level of confidence with them,” says Rick de Normand, Product Engineering Manager at Caldwell Manufacturing. They purchased a Markforged Metal X and several Markforged carbon fiber printers. Since purchasing the Markforged 3D printers, the team has created everything from 3D printed metal and carbon fiber window components for testing, all the way to carbon fiber reinforced robotic grippers and assembly fixtures. “The Markforged Onyx material gives us another level of strength above what we could previously print with other FDM technologies. For test equipment, strength and rigidity is key,” says Matt Brady, Test Engineer at Caldwell Manufacturing. Check out Markforged solutions here: http://bit.ly/3Cu3vb4

3D Printing Car Parts for General Motors with Azoth 3D | Markforged in the Field

Azoth 3D is a trusted, Michigan-based manufacturer known for producing small, complex metal parts. And they use additive technology like Markforged binder jetting to get the job done. The team at Azoth used their binder jetting expertise to deliver for General Motors, one of the many customers they serve across the automotive, defense, and medical industries. They designed and produced a 3D printed medallion that sits on top of the manual shifter knob in their Cadillac Blackwing vehicles. It’s the first 3D printed production component in a Cadillac. “A lot of manufacturers in the additive industry, and additive equipment in its own right just hasn’t been able to do [that]. But Azoth, working with the Markforged team, has passed this milestone,” says General Manager, Cody Cochran. By utilizing the Markforged Binder Jetting solution, Azoth 3D has been able to pass a full PPAP (Production Part Approval Process) on more than 40 parts, including safety critical components. Want to learn more about Markforged binder jetting solutions? www.bit.ly/azoth-binder-jetting

Lights-out Manufacturing with Athena 3D

If a print finishes at 2:00 A.M., but no one is around to change out the build plate, can you still start a new print? The answer: yes. Just install a collaborative robot. Athena 3D Manufacturing - an additive manufacturing service bureau in Tempe, AZ - was looking for ways to get quality Markforged parts to their customers faster. So, with the help of Delta Technology, they installed a collaborative robotic arm to change their printers over, even when they didn't have technicians around. The result? A 40% increase in utilization of their Markforged fleet. Learn more about how Markforged can help with your supply chain: https://bit.ly/reinvent-supply-chain

3D Printing a Faster Manufacturing Floor | Zero Tolerance LLC x Markforged

Steve Michon knew he had to improve a risky, time-consuming step in his company's injection molding process. But the cost and time it would take to automate was too prohibitive to everyday operations. Enter: Markforged. With a one-time print - a simple, handheld tool he calls "the Claw" - Steve increased the output of his manufacturing floor by more than 50%, and made the molding process safer for his staff. Here's how he designed the part that transformed his business for the better. Want to read the full Zero Tolerance story? http://bit.ly/3JyeFjt Looking for more information on the Markforged X7? http://bit.ly/40m2PyO #3dprinting #manufacturing #supplychain

How Markforged Uses Markforged | Welcome to Billerica

At Markforged, when we say our technology has a lot to offer on the manufacturing floor, we're speaking from experience. Welcome to our factory in Billerica, Massachusetts, where we not only manufacture many of the materials that run in our Markforged 3D printers, but where we use Markforged-printed parts to optimize our processes. Hear from plant employees Jon Richardson and Frankie Benjaminsen as they share stories straight from the shop floor about Markforged parts that have boosted operations. From custom machine features to ergonomic improvements, our operators are always designing solutions that make a big impact. To put it simply: Markforged helps us make Markforged. Billerica is ISO 9001:2015 certified, underscoring our commitment to continuous improvement, reliability, and the success of our customers. Learn more about Markforged: https://bit.ly/MarkforgedDigitalForge

Meet FIRST Robotics team NUTRONS 125 | Part 1 of 3

Build robot. Compete on a global stage. Get homework done. Welcome to the world of FIRST Robotics. There are nearly 4,000 high school teams across the world striving to win the FIRST Robotics Championships. Markforged followed Boston's own FRC Team 125, the NUTRONs, to see if using Markforged technology could help them overcome improbable odds. In our first of three episodes, the NUTRONs need to build a world-class robot that can play better sports than most humans can. Buckle in to see some of the brightest young minds solving complex engineering problems, 3D printing innovative designs, and competing at a high-level with their mindblowingly cool robot. Markforged proudly supports FIRST robotics. Big thanks to FIRST Robotics team 125 for allowing us to film and follow their season. Check back next Thursday, 8.11.22, for episode 2! If you like this content, don't forget to share, like and subscribe! To support and learn more about the NUTRONs, visit https://www.nutrons.com/ Want to learn more about Markforged technology? http://bit.ly/3WVUgsy Our Website: https://www.markforged.com Twitter: https://www.twitter.com/markforged Instagram: https://www.instagram.com/markforged Facebook: https://www.facebook.com/markforged LinkedIn: https://www.linkedin.com/company/markforged/

3D Printing a Greener Planet | Greentown Labs x Markforged

If you're a manufacturer who wants to help the planet, you might want to invest in some industrial strength 3D printers. Just ask Greentown Labs, the largest Climatetech incubator in North America. With offices in Somerville, MA and Houston, TX, they’ve served more than 450+ current and startup alums, all will the same goal in mind: To create more environmentally friendly and sustainable technology and launch it into the world. One of the ways Greentown supports their startups: Markforged 3D printers. Using Mark Two's and X7 printers, Greentown startups can create lightweight, high strength parts reinforced with composites like Continuous Carbon Fiber. 3D printing not only allows for rapid prototyping of ideas with impressively smooth surface finish, but also requires less wasteful materials than traditional subtractive manufacturing methods. A current startup at Greentown Labs, Transaera, is working to create a more efficient and sustainable air conditioning units. Using Markforged, tn a single day Transaera can conceptualize a part, draw it up in CAD, hit print, and have it in their hand by the end of the day. As Sr. Director of Labs and Resources, Greg Ralich, says: "these things are like magic." To find out more about Greentown, visit: www.greentownlabs.com To see what Transaera is working on, visit: www.transaera.com Want to learn more about the Greentown and Markforged partnership? Or the environmental impacts of manufacturing? Check out: http://bit.ly/3XeDnst

Can the NUTRONS make it to the FIRST Robotics Championships?? | Part 2 of 3

Build robot. Compete on a global stage. Get homework done. Welcome to the world of FIRST Robotics. There are nearly 4,000 high school teams across the world striving to win the FIRST Robotics Championships. Markforged followed Boston's own FRC Team 125, the NUTRONs, to see if using Markforged technology could help them overcome improbable odds. In our second installment, we meet back up with the NUTRONs in Revere, MA for their home event. Roughly 40 highly competitive teams from the New England district compete in this event every year, all them eager and hopeful they can score enough points to make it the FIRST World Championships. With a tough performance in their first two matches of the season, the NUTRONs are ready to prove that the robot they’ve built, Free Fall, can compete and outperform. Can they succeed? Let’s find out. Markforged proudly supports FIRST robotics. Big thanks to FIRST Robotics team 125 for allowing us to film and follow their season. Check back next Thursday, 8.18.22, for episode 3! If you missed episode 1, click the card in the beginning of the video or find it in our recently posted videos. If you like this content, don't forget to share, like and subscribe! To learn more about Markforged, visit http://bit.ly/3HP5eLd To support and learn more about the NUTRONs, visit www.nutrons.com

Can the Nutrons win the FIRST Robotics World Championships?? | Part 3 of 3

Build robot. Compete on a global stage. Get homework done. Welcome to our FINAL episode of our three part FIRST Robotics series on the NUTRONs - FRC Team 125. In our third and final installment, we follow the NUTRONs to Houston, TX for the World Championships. With 6 fields and 450 teams, the NUTRONs have to showcase every skill in their arsenal to push themselves and their robot, Free Fall, to the competitions later stages. Every team at Worlds is competing at the highest level, winning won’t be easy. Can they pull it off? Markforged proudly supports FIRST Robotics. Big thanks to FIRST Robotics team 125 for allowing us to film and follow their season. If you missed episode 1 or 2, click the card in the beginning of the video or find it in our recently posted videos. If you like this content, don't forget to share, like and subscribe! If you want to learn more about Markforged, visit: http://bit.ly/40qLkgC ABOUT FIRST ROBOTICS: This is the world of FIRST Robotics. There are nearly 4,000 high school teams across the world striving to win the FIRST Robotics Championships. Markforged followed Boston's own FRC Team 125, the NUTRONs, to see if using Markforged technology could help them overcome improbable odds.

Nieka Systems | 3D Printing Inconel 625

Nieka Systems creates sample preparation equipment that enables their customers in the mining and cement production industries to analyze and ensure quality in their manufacturing processes. Their automated machines heat up ore or cement samples along with fusion flux to temperatures of up to 1000°C and then cool them down to room temperature to produce glass discs. The company previously outsourced Inconel crucible clips to third parties, but the costs started to add up. While Inconel 625 was the perfect material for the crucible clips, the costs started to add up, so Nieka turned to the Metal X 3D printing system. With the help of metal 3D printing, Nieka Systems has saved roughly \$108,000 CAD (~\$80,000 USD) within a year and has reduced lead times from four weeks to four days. The team has also utilized its composite 3D printers to fabricate jigs and assembly aids that further accelerate their manufacturing process. While the Metal X system was meant to be dedicated only to high-temperature crucible and mold clips, the team is now using it for other production parts as well. Markforged’s Metal X system offers some of the most groundbreaking materials in 3D printing, including 17-4 PH Stainless Steel, A2 Tool Steel, D2 Tool Steel, H13 Tool Steel, and now Inconel 625. Reach out to Markforged to learn more about how you could be 3D printing with Inconel 625. Curious about the Metal X?: http://bit.ly/3GCqnHY Want to know more about Inconel 625?: http://bit.ly/3Qd6qug Read the full Nieka Systems customer story: http://bit.ly/3GhEeSq

RPG Industries, Inc. | Metal 3D Printing Automotive Parts

RPG Industries, Inc. is a full-service manufacturer working with automotive, aerospace, and oil industry clients. Started in 1995, the company primarily offers EDM, CNC machining, waterjet cutting, and additive manufacturing services. The company is always looking for ways to stay cutting edge in a saturated industry, expand the business, and bring new capabilities in-house for their customers. The team decided to bring in a Markforged Metal X system and a Mark Two professional-series 3D printer, which has been used for a wide array of applications. One such application was a carburetor for a 1930s classic car, which a RPG customer could not replace. RPG Industries printed a prototype carburetor in Markforged Onyx material, and then made the final part in 3D printed 17-4 PH Stainless Steel using the Markforged Metal X system. “When I saw the technology and the price point, I knew that the Metal X would be a good fit for our company.” — Robert Ginsburg, President, RPG Industries, Inc. See what the Metal X can do for you: http://bit.ly/3GoEDm6

Sask Polytech | 3D Printing in Education

Learn how students at Sask Polytech use both a carbon fiber 3D printer and a metal 3D printer to give them relevant skills upon graduating. Sask Polytech is based in western Canada and has approximately 26,000 students. It offers over 150 programs in everything from business and hospitality all the way to science and engineering technology. Students have access to both the Mechanical Engineering Technology program and the CAD/CAM Engineering Technology program. The CAD/CAM Engineering Technology program empowers students to use robotic CNC equipment and 3D printers. The educational institute brought on these technologies to ensure its students have relevant skills and capabilities when they graduate. With a Markforged Metal X system and a Mark Two, students have the ability to learn about designing for additive manufacturing, and how to use carbon fiber as well as several different types of metals. “The most rewarding part of my job I would say is just seeing the students at the end of two years. Not only did they learn how to do design work, but you actually see them working, making parts, making mistakes, learning from their mistakes, and then going out into industry as a functioning technologist,” says Tim Muench, Program Head for the Mechanical and CAD/CAM Engineering Technology programs at Sask Polytech. Our Website: https://www.markforged.com Twitter: https://www.twitter.com/markforged Instagram: https://www.instagram.com/markforged Facebook: https://www.facebook.com/markforged LinkedIn: https://www.linkedin.com/company/markforged/

BattleBots Team Valkyrie | 3D Printed Combat Robots

Are Markforged 3D printed parts strong enough to withstand extreme forces during robot combat? Valkyrie, a combat robot in BattleBots, has 55 3D printed parts installed. 12 parts were 3D printed metal, primarily brackets and supports that interfaced with the armor or motors to maintain rigidity. 9 parts were 3D printed Onyx FR to protect parts. The remaining 34 3D printed continuous fiber-reinforced parts included shock-resistant electronics casings, dust-covers, and structural supports that played key roles in keeping Valkyrie functional during a fight. Team Valkyrie leveraged the Metal X, X7, and Mark Two 3D printers for BattleBots 2019. Visit our blog to read more about their 3D printed robot and how they use composite and metal 3D printing: https://markforged.com/blog/markforged-3d-printers-battlebots/?mfa=youtube Our Website: https://www.markforged.com/?mfa=youtube Twitter: https://www.twitter.com/markforged Instagram: https://www.instagram.com/markforged Facebook: https://www.facebook.com/markforged LinkedIn: https://www.linkedin.com/company/markforged/

3D Printing for Aerospace: Cabin Management Solutions Customer Success Story

Cabin Management Solutions (CMS) works with aircraft maintenance, repair, and overhaul (MRO) companies and private owners to design and develop cabin control and entertainment systems for luxury private and business jets. The company was founded to provide a cost-effective, quick-turn alternative to the long lead times and high costs associated with cabin management maintenance, upgrades, and replacements. CMS is often asked to replace or repair aging cabin systems in luxury jets. Many projects involve discontinued parts and components originally produced by now-defunct manufacturers. The majority of these projects require CMS to create low-volume, high-value parts from scratch. These one-off projects can be time and labor intensive to manufacture. They are also fairly complex as they often involve fitting new designs into pre-existing layouts. That's where Markforged comes in. Soon after CMS opened its doors in 2019, the team purchased two Markforged industrial X7 3D printers. They immediately saw the value of 3D printing when compared with conventional manufacturing and materials. Additive manufacturing made it possible for CMS to keep the majority of its operation in-house rather than outsourcing production, as so often happens when using traditional methods. This has been hugely beneficial to the company in terms of the number of jobs they take on and the speed at which they are able to complete them. To read more about CMS, click: http://bit.ly/3Yf8TXS To see more about the Markforged X7, click: http://bit.ly/3WYbrJa

Is 3D Printing Transforming an Industrial City? | Bridging the Skills Gap

The UK faces a 20,000 person deficit in talent - engineering and manufacturing talent needed to operate historically industrial cities like Manchester. PrintCity is training the next generation of builders: additive manufacturers. Manchester's PrintCity trains students in 3D printing. They're home to manufacturing experts, designers, engineers and students and collaborate with businesses big or small to make even the most ambitious ideas a reality. Markforged's Digital Forge empowers PrintCity faculty and students with the ability to rapidly prototype ideas and create end use parts that can be used on the factory floor. For more information on PrintCity, visit https://printcity.mmu.ac.uk/ Want to learn more about Markforged? Visit: http://bit.ly/3l6UUW4

RIT | Metal and Carbon Fiber 3D Printing in Education

See how 3D printing has been utilized at Rochester Institute of Technology (RIT) through the use of several carbon fiber 3D printers and a metal 3D printer. Upstate New York university RIT has roughly 19,000 students, and is the third-largest producer of undergraduate STEM degrees among all private universities in the United States. When the state of New York offered to fund an additive manufacturing print center, RIT jumped at the opportunity. The AMPrint Center houses several 3D printers, including a Markforged carbon fiber printer and Metal X system. Students also have access to plenty of Markforged 3D printers in their classes, with the university focusing heavily on a hands-on approach to learning 3D printing. This has given RIT students a competitive advantage when they graduate, as they can use the safest and best industrial 3D printers on the market. “The students coming out of here, be it from the 3D printing class or working in the AMPrint Center, are at a great advantage with the practical hands-on experience that they've gotten with the machines and the materials,” says Denis Cormier, Director of the AMPrint Center at RIT. From the campus rocket club to local and federal businesses, the AMPrint Center has increased innovation at RIT, and given students experience with real-world technical equipment. Check out Markforged solutions here: http://bit.ly/3jTxa78

Lean Machine | 3D Printing for Lean Production

Learn how Saskatoon-based metal fabrication company Lean Machine has used 3D printing for production. Lean Machine specializes in custom machining primarily for the commercial transportation and mining sector. The company had previously used heavy duty steel tooling, which they would usually make in-house. This was not a scalable option for the company, as they found they were spending a large amount of time on internal tooling instead of on customer parts. To keep costs down and reduce the wear and tear on parts, the team turned to Markforged 3D printing technology for lean production. “We found Markforged by researching for the best printers out there for commercial and industrial quality printing,” says Josh Grasby, R&D Engineer at Lean Machine. Lean Machine has since created 3D printed sheet metal bending dies using Markforged carbon fiber material, and found the 3D printed parts haven’t experienced any marring when coming in contact with metal parts. The team also has 3D printed metal grippers for their robotic arms, saying “the metal printed parts look nicer than most machined parts.” The company has also seen a lot of success in 3D printed fixtures, tools, and several other parts to keep things efficient while keeping costs down. Learn more about how Lean Machine has used 3D printing to improve its production cycle: http://bit.ly/3GLqcKg

BattleBots Team Hypershock | 3D Printed Combat Robots

Hypershock is a four-wheel drive vertical disc spinner that competed in the 2019 season of BattleBots. See how the team used 3D printed carbon fiber parts to increase strength and durability while minimizing weight across the drivetrain of their 3D printed robot. With its reliable performance under high-stakes conditions, Markforged 3D printers provided the engineers high-strength parts that simply worked, time and time again. Check out these other Battlebots stories: Markforged at BattleBots: https://markforged.com/blog/markforged-at-battlebots/ Using Markforged 3D Printers at Battlebots: https://markforged.com/blog/markforged-3d-printers-battlebots/ Team Quantum: https://www.youtube.com/watch?v=NcYyValjdEY&t=1s Team Valkyrie: https://www.youtube.com/watch?v=1DCy6oSExAo Markforged 3D printers, software, and materials are transforming manufacturing and changing the face of the 3D printing industry. Carbon Fiber 3D Printers Replace machined aluminum with carbon fiber. Stronger parts, 50x faster, and 20x less expensive — save time, money, and effort with Markforged composite 3D printers. Our Website: https://www.markforged.com Twitter: https://www.twitter.com/markforged Instagram: https://www.instagram.com/markforged Facebook: https://www.facebook.com/markforged LinkedIn: https://www.linkedin.com/company/markforged/

BattleBots Team Quantum | 3D Printed Combat Robots

Quantum is a super high-powered crushing jaw robot that competed in BattleBots 2019. See how they replaced machined aluminum with continuously reinforced 3D printed carbon fiber parts overnight using Markforged Mark Two 3D printers. Learn more about how Markforged 3D printers were used during the filming of Battlebots to repair robots: https://markforged.com/blog/markforged-3d-printers-battlebots/ Our Website: https://www.markforged.com Twitter: https://www.twitter.com/markforged Instagram: https://www.instagram.com/markforged Facebook: https://www.facebook.com/markforged LinkedIn: https://www.linkedin.com/company/markforged/

Haddington Dynamics | 3D Printed 7-Axis Robot Arm

Learn how Haddington Dynamics, the inventors behind 7-axis robot arm Dexter, used its Markforged composite 3D printer to 3D print the robot arm, and in the process, reduce part count from 800 to 70 while saving 58% in costs. Read more on the Markforged blog: https://www.markforged.com/blog/3d-printed-robot-arm/?mfa=youtube Dexter is almost entirely made of Markforged printed parts, with Haddington saying the eventual goal is to have the robots build themselves using Markforged 3D printers. The robots are already capable of pausing the print and then embedding all the electronics, so it’s not just a far-off dream. We can only assume that we will be seeing many more Dexters in the near future, all made with Markforged printed parts! Our Website: https://www.markforged.com Twitter: https://www.twitter.com/markforged Instagram: https://www.instagram.com/markforged Facebook: https://www.facebook.com/markforged LinkedIn: https://www.linkedin.com/company/markforged/

Markforged Academic Engineering Success Story: Olin Baja Team

The Olin College Baja Team uses the Mark Two and Onyx to keep their transmission from overheating, producing the best team results in a decade! The Markforged Mark Two prints continuous strands of carbon fiber, Kevlar®, and fiberglass, along with Markforged's newest micro-carbon reinforced matrix material, Onyx, for industrial strength parts at your desktop. Learn more at https://markforged.com/mark-two/ Our Website: https://www.markforged.com Twitter: https://www.twitter.com/markforged Instagram: https://www.instagram.com/markforged Facebook: https://www.facebook.com/markforged LinkedIn: https://www.linkedin.com/company/markforged/

Piaggio Fast Forward | 3D Printed Robot

Piaggio Fast Forward uses their fleet of three Markforged printers to drive design innovation through prototyping and manufacture end-use parts for their robot. Learn how their engineers and designers leverage Markforged technology to pioneer the intelligent movement of people and goods at just the right scale - larger than drones but smaller than autonomous cars. Our Website: https://www.markforged.com Twitter: https://www.twitter.com/markforged Instagram: https://www.instagram.com/markforged Facebook: https://www.facebook.com/markforged LinkedIn: https://www.linkedin.com/company/markforged/

Markforged & STS Turbo on Blue Collar Backers - Clip

Markforged is highlighted as the #3Dprinting solution to help STS Turbo get back on its feet because of its strength, beauty, and precision. See the full episode on DiscoveryGo.com or on iTunes. Our Website: https://www.markforged.com Twitter: https://www.twitter.com/markforged Instagram: https://www.instagram.com/markforged Facebook: https://www.facebook.com/markforged LinkedIn: https://www.linkedin.com/company/markforged/

Dixon Valve & Coupling | 3D Printed Tooling & Fixtures

Markforged enabled Dixon Valve to produce new manufacturing tooling solutions faster and cheaper than ever before. Dixon Valve uses Markforged 3D printers to manufacture End of Arm Tooling (EOAT) for their many robotic arms. With Markforged metal and composite 3D printers, Dixon Valve engineers eliminated the need to outsource or machine in-house the vast majority of their grippers. Dixon Valve 3D prints composite jaws that mount on a robot that transfers fittings between machining centers. They must survive corrosive fluids while subjected to repeated clamping forces. They also printed specialized grippers jaws on the Metal X. These jaws, designed to hold fittings by their inside threads, needed to be hard enough to withstand the abrasion of threads while conforforming to the unique shape of the fixture. 3D Printed Metal Gripper Jaw Case Study: https://markforged.com/case-studies/gripper-jaws/ 3D Printed Composite Gripper Jaw Case Study: https://markforged.com/case-studies/composite-jaws/ Our Website: https://www.markforged.com Twitter: https://www.twitter.com/markforged Instagram: https://www.instagram.com/markforged Facebook: https://www.facebook.com/markforged LinkedIn: https://www.linkedin.com/company/markforged/

Strong 3D Printed Fixtures with TITANS of CNC & Markforged

"When it comes to high-end CNC machining, it's all about the fixturing." Titan Gilroy explains how machinists can save money and time by using the additive manufacturing capabilities of Markforged. We're grateful to be on the shop floor of the legendary TITANS of CNC and just a small part of the mindblowing problem-solving content they create daily. Not only are the folks at TITANS pushing the limits of manufacturing, but they offer free education to anyone wanting to learn machining through their TITANS of CNC Academy. BOOM. Discover more about Markforged here: https://bit.ly/MF_Fixtures Watch the amazing work of TITANS of CNC here: https://www.youtube.com/@UCc2lUKVOTXKlQR7Fm7h1JfQ

Customer Success Story: Autometrix

Our Website: https://www.markforged.com Twitter: https://www.twitter.com/markforged Instagram: https://www.instagram.com/markforged Facebook: https://www.facebook.com/markforged LinkedIn: https://www.linkedin.com/company/markforged/

Rest Devices Success Story

Hear more from Rest Devices about the success they achieved with their Markforged printer. www.mimobaby.com Our Website: https://www.markforged.com Twitter: https://www.twitter.com/markforged Instagram: https://www.instagram.com/markforged Facebook: https://www.facebook.com/markforged LinkedIn: https://www.linkedin.com/company/markforged/

Self Made with Paralympic Athlete Joe Townsend

British Paralympic athlete Joe Townsend is a self-taught 3D printing user. Before he learned about 3D printing, Joe was hand cycling and wheelchair racing at high speeds - but using equipment that was taking a toll on his body. To avoid ongoing injuries, he knew he needed custom equipment. That's where Markforged comes in. Using Markforged software and printers, Joe taught himself how to print strong, lightweight custom gear that allowed him to keep racing and avoid a second reconstructive shoulder surgery. This is his story. To learn more about Markforged, click: http://bit.ly/3wWx9SY #Paralympics #Paralympics2020Tokyo

How Markforged Supports Veterans with Battle Scarred Motorsports | Webinar

Since late 2020, the Battle Scarred Motorsports racing team has leaned on the Markforged platform for engineering and printing customized parts for their vehicles. The result? Maintenance and repair cycles got faster, enabling them to get their race cars back on the track faster. During this webinar, we connect with the Battle Scarred team to learn more about: -Why the team first reached out to Markforged, and why Markforged became an official sponsor -What parts they have been printing and installing over the past 6 months -How being able to print parts for their cars at the point of need has impacted their races this year -What is next for this team and the future they see using the Digital Forge If you'd like to learn more about Battle Scarred Motorsports and their mission you can check them out at https://www.battlescarred.org/ To learn more about the partnership between Battle Scarred Motorsports and Markforged, visit: http://bit.ly/3wQ60RP Chapters: 0:00:00 - Introduction 0:00:59 - Meet Battle Scarred Motorsports 0:07:08 - Battle Scarred x Markforged 0:13:18 - Racing with Lemons 0:18:34 - 3D Printing at the Racetrack 0:25:43 - Getting Involved 0:30:21 - Q&A

We 3D Printed Parts for a Jet Engine Dragster with Larsen Motorsports.

280 miles per hour. No brakes, just parachutes. In the high-speed, high-stakes world of jet engine drag racing, manufacturing quality parts is a matter of life and death. Just ask Josette Roach, one of only five female jet dragster drivers in the entire world. Josette Roach and Brian Tocci of @LarsenMotorsports saw the need to create a custom steering wheel for Josette's jet car that would fit her hands exactly. Enter Markforged, and our Simulation software, which allowed the team at Larsen to build this part with top-end accuracy. Learn more about what Simulation can do for you: https://bit.ly/learn-more-about-simulation

Machinist 3D Prints Money-Saving Fixtures Using Markforged University

No prior experience 3D printing? No problem. Just ask Josh Tucker of Tucker Induction Systems. Josh admits he had zero knowledge of additive manufacturing before learning to easily print the Markforged industrial parts his company now depends on. Michigan-based Tucker Induction Systems has been serving the induction industry for over 40 years -- from induction coils, bus bars, forging coils, quenches and more. But when a complicated Bridgeport job required over 200 loops and hundreds of setups, Tucker turned to Markforged for a better solution. Using a Mark Two™ and Markforged University, the easy-to-understand certification program that accelerates mastery of The Digital Forge technology, Josh was able to print successful parts that cut machine time down by half. "I'm not an engineer, I'm a machinist. I use it every day." -- Learn more about Markforged University here: https://bit.ly/MarkforgedUniversity

Manufacturer “Ships” Spare Parts Instantly with Digital Source

How do you reduce your spare part delivery time from fourteen days to one? According to BMF Founder Ronny Bernstein, you use Digital Source from Markforged. Digital Source from Markforged is an on-demand parts platform enabling 3D printing of OEM-certified parts when and where they’re needed, without the cost or hassle of physical inventory. It enables Markforged users to create a digital warehouse that their customers can access to securely purchase licenses to print spare parts on demand. For BMF, it means eliminating long lead times and personnel strain while delighting their customers who can immediately print these critical parts locally and instantly. Bernstein says Digital Source frees up staff time to focus on higher value-added tasks that can help grow the business. “Markforged offers a solution that works for both the customer and the manufacturer of parts. I think it has great potential and will establish itself as a revolutionary solution for many manufacturers.” - @bmfgmbh-bernsteinmechanisc2205 Learn more about Digital Source: https://bit.ly/introducing-digital-source Sign up for early access: https://bit.ly/access-markforged-digital-source

3D Printing a Culture Change on the Factory Floor | Air & Liquid Systems

"It took our part cost from \$110 down to \$1.05. We were like, holy cow!" Once you find how easy it is to unbox and get started printing cost-saving factory floor solutions, you never go back. That's what happened with Ryan Wenzlick, Production Manager at Air & Liquid Systems Inc in Michigan. Ryan had zero knowledge of 3D printing or how to design for it, but knew Markforged's Mark Two's were known for aiding in factory floor operations. After taking Markforged's simple and straightforward Markforged University, it gave him enough skills to find massive value out of Markforged's strong & reliable 3D printing solutions. Now Ryan says a culture change has taken over his company -- with staff constantly identifying possible applications to 3D print. "The possibilities are endless" says Ryan "us without Markforged is tough to think about." Learn more about Markforged's industrial solutions for your factory floor: https://bit.ly/mf-desktop-series

What is Metal Binder Jetting? | Process Walkthrough

Markforged customer Azoth 3D uses metal binder jetting to print hundreds of small, complex metal parts per day. But how exactly do they do it? Cody Cochran, the General Manager at Azoth 3D, walks us through the process step-by-step, from printing, to de-powdering, to sintering, to post-processing. Want to learn more about binder jetting? Visit our website: https://bit.ly/markforged-binder-jetting

3D Printing End-Use Jigs and Fixtures with Suntory | Customer Story

Suntory's Haruna plant implemented Markforged 3D printers to enhance productivity by creating end-use jigs and fixtures. Previously relying on costly and time-consuming outsourcing, Suntory engineers now use Markforged printers, including the Mark Two and Onyx One, to produce durable, precise tools quickly. These 3D-printed parts have optimized tasks like bottle handling, reducing production time and physical strain on workers. The success led to the expansion of 3D printers across multiple Suntory facilities, fostering continuous improvement and innovation. Want to learn more about Markforged desktop 3D printers? Visit https://bit.ly/4eCZEt2

3D Printing Parts for Packaging Automation Lines with Farason Corporation | Customer Story

In this video, we dive into the world of automation, featuring Farason Corporation, a company specializing in custom automation equipment for packaged goods. From cosmetics to pharmaceuticals, learn how they tackle complex engineering challenges—even something as simple as transferring products between boxes requires innovative solutions. Discover how their investment in the Markforged X7 3D printer with continuous carbon fiber capabilities has revolutionized their production process, allowing them to replace traditional aluminum parts with high-quality printed components, dramatically speeding up design iterations from months to just days. Christian Weder, Support Design Engineer at Farason, showcases their quick-change mount plates, mechanical grippers, and more, highlighting the efficiency and flexibility of modern manufacturing techniques. Want to learn more about Markforged industrial printers? Visit https://bit.ly/3XD4WOk more information. Visit www.farason.com to find out more about Farason Corporation and the automation work they do.

3D Printing Strong Parts on the FX10 with Wescad GmbH | Markforged in the Field

German manufacturer Wescad GmbH used the FX10 to print strong, reliable parts. With Markforged, they were able to create reference products and fixtures more efficiently while reducing costs up to 75% over traditional means. Want to see what the FX10 can do for your factory floor? Check out our website: https://bit.ly/markforged-fx10

How Additive Manufacturing is Changing the Defense Industry | Markforged & Gamma Rotors

In this video, we explore how Gamma Rotors—a leading drone manufacturer in India—is transforming the way UAVs are designed and produced using additive manufacturing. Specializing in surveillance and payload delivery systems, Gamma Rotors shares how their investment in Markforged 3D printers, introduced through Phillips Additive, has accelerated their transition from rapid prototyping to full-scale rapid production. Learn how the strength and reliability of continuous carbon fiber printing has allowed them to replace traditional aluminum and titanium parts, all while keeping their IP secure in-house. With a growing fleet of Markforged Mark Two and X7 printers, Gamma Rotors is not just building drones—they’re building the future of aerospace manufacturing in India. From design validation to part performance, discover how additive manufacturing is fueling innovation at every level. To learn more, visit: https://bit.ly/3TIz09G

Building the Ultimate Supercar Exhaust with 3D Printing | Graham Rahal Performance & Markforged

Sports cars. Super cars. Hyper cars. At Graham Rahal Performance (GRP), no project is too bold. GRP is the one-stop shop for high-end automotive customization, fabrication, and performance upgrades. When you’re building custom exhaust systems, replacement parts, and fixtures for some of the world’s most exclusive vehicles, speed and precision matter. That’s where Markforged 3D printing comes in. With the FX10, GRP has transformed the way they design and fabricate—from rapid prototyping to end-use stainless steel exhaust flanges for the Lamborghini Revuelto. What once took weeks of hand fabrication now takes hours. To learn more about the Markforged FX10, visit: bit.ly/graham-rahal-performance Discover Graham Rahal Performance and their catalogue of high-end cars at www.grahamrahalperformance.com and follow them on YouTube at @grahamrahalperformance

Stronger Than OEM: 3D-Printed Parts for the Legendary Jaguar XJ220

When you’re restoring rare supercars, finding replacement parts isn’t just hard, sometimes it’s impossible. Graham Rahal Performance (GRP) faced that challenge with the legendary Jaguar XJ220. The original exhaust hangers had corroded beyond repair, and no replacements existed. Using the Markforged FX10 and carbon fiber-reinforced composites, GRP redesigned and 3D-printed hangers that are stronger than the OEM parts. They even custom printed a coil bracket to retrofit a modern MSD coil, all while maintaining the car’s iconic look. This collaboration between Markforged and Graham Rahal Performance shows how additive manufacturing empowers fabricators to solve impossible problems. To learn more about the Markforged FX10, visit: bit.ly/graham-rahal-performance