Podcasts about additive manufacturing

Making Better Prints Step1,2,3. . ., FF Extruder fun, 123d Catch, Cells Bowl

In this episode of the Additive Snack Podcast, host Fabian Alefeld is joined by Madhi Jamshid and Scott Sevcik of the ASTM Additive Manufacturing Community to discuss significant trends and insights within the additive manufacturing industry. They delve into the history and evolution of the Wohlers Report, various advancements in different sectors like defense and consumer products, and the impact of geopolitical factors such as trade policies on the industry. The discussion also covers the maturity of additive manufacturing, the role of standards and certifications provided by ASTM, and future growth projections. Madhi and Scott offer a comprehensive view of how the industry has evolved and what to expect in the coming years. 01:47 History and Evolution of Wohlers Report 02:54 Wohler Report's Acquisition and Transformation 06:35 Consulting and Advisory Services 13:46 Emerging Trends in Additive Manufacturing 30:28 Challenges and Slowdowns in the Industry 38:01 Scalability in Hardware vs. Software Investments 39:07 Impact of Politics and Trade Policies on Additive Manufacturing 39:55 Complexities and Uncertainties in Global Supply Chains 46:18 European Union's Defense Spending and Additive Manufacturing 52:50 Role of Standards in Additive Manufacturing 01:02:44 Future Trends and Industry Growth Projections 01:14:41 Conclusion and Final Thoughts  

Makerbot Gen5 FAIL, Essential tools, Replicator 2 Upgrades, Copper finish

In this episode of the podcast, host Fabian Alefeld interviews Chris Holshouser, Deputy Program Director of Maritime Systems at BlueForge Alliance. They discuss the Navy's ambitious projects, focusing on advanced technologies like additive manufacturing, supply chain optimization, and workforce development. Chris elaborates on the challenges and goals associated with the Columbia and Virginia class submarines, the importance of enhancing the maritime industrial base, and the need for skilled labor in manufacturing. The conversation also touches on the establishment of the Additive Manufacturing Center of Excellence, partnerships with various organizations, and the long-term vision for modernization and technological integration in shipbuilding. More information on the Maritime Industrial Base Additive Manufacturing Excellence training available here.   01:23 Meet Chris and BlueForge Alliance 02:37 Mission and Impact of BlueForge Alliance 04:32 Understanding the US Navy's Triad and Submarine Classes 07:03 Challenges in Modernizing the Industrial Base 12:30 Role of Additive Manufacturing in the Navy 19:26 Understanding Metallurgy in Welding 19:40 Applications and Supply Chain Impact 21:22 Certification and Qualification Process 22:42 Additive Manufacturing in Practice 24:19 Challenges and Opportunities in Additive Manufacturing 28:17 Interdisciplinary Nature of Additive Manufacturing 30:18 Evaluating Parts for Additive Manufacturing 32:54 Advancements in Additive Manufacturing 37:01 Future Directions and Call to Action  

In this episode, American Machinist editor in chief Robert Brooks analyzes the current state of the additive manufacturing (AM) sector, after several years of organizational turmoil among the top suppliers of AM systems. Brooks argues that this turmoil had virtually nothing to do with AM processes or technology developments, arguing that investors have been impatient with the rate of worldwide AM adoption. 

On this episode of Crazy Wisdom, I, Stewart Alsop, talk with Sarah Boisvert, founder of New Collar AI, about the future of work in manufacturing, the rise of “new collar” jobs, and how technologies like 3D printing and AI are transforming skills training. We cover her experience with Fab Labs, creating a closed-loop AI tutor for workforce development, and the challenges of capturing implicit knowledge from retiring experts. Sarah also shares insights from her books The New Collar Workforce and People of the New Collar Workforce, which feature augmented reality to bring stories to life. You can connect with Sarah through LinkedIn.Check out this GPT we trained on the conversationTimestamps00:00 Sarah introduces New Collar jobs and how digital skills are transforming blue collar roles, discussing FedEx robotics and augmented workers.05:00 Stewart asks about 3D printing challenges; Sarah explains advances in printer automation and the ongoing difficulty of CAD design.10:00 They discuss Generation Z as digital natives, instant gratification, and workforce engagement, highlighting Lean manufacturing principles.15:00 Sarah reflects on how technology speeds life up, her experiences with management training, and the importance of communication on factory floors.20:00 They explore text-to-CAD possibilities, Sarah's closed-loop AI tutor for manufacturing, and the creation of a proprietary technical database.25:00 Sarah describes the scale of open jobs in 3D printing, challenges of filling them, and shifting perceptions of manufacturing work.30:00 Discussion of robotics safety, small business adoption barriers, and the need for human oversight in automation.35:00 Sarah talks about capturing implicit knowledge from retiring experts, using LLMs for factory floor solutions, and military applications.40:00 Knowledge management, boutique data sets, and AI's role in preserving technical expertise are explored.45:00 Sarah shares insights on product design, her AR-enabled book, and empowering workers through accessible technical training.Key InsightsSarah Boisvert introduces the concept of “new collar” jobs, emphasizing that modern manufacturing roles now require digital skills traditionally associated with white-collar work. She highlights how roles like CNC machinists and 3D printing operators blend hands-on work with advanced tech, making them both in-demand and engaging for a younger, tech-savvy workforce.The conversation explores the rise of Fab Labs worldwide and their role in democratizing access to manufacturing tools. Boisvert shares her experience founding a Fab Lab in Santa Fe, enabling students and adults to gain practical, project-based experience in CAD design, 3D printing, and repair skills critical for today's manufacturing environment.Boisvert underscores the persistent skills gap in manufacturing, noting that 600,000 U.S. manufacturing jobs remain unfilled. She attributes part of this to outdated perceptions of manufacturing as “dirty and unsafe,” a narrative she's actively working to change through her books and training programs that show how modern factories are highly technical and collaborative.She reveals her team's development of a closed-loop large language model for workforce training. Unlike ChatGPT, this system draws from a proprietary database of technical manuals and expert knowledge, offering precise, context-specific answers for students and workers without relying on the open internet.The episode dives into generational differences in the workplace. Boisvert describes how Gen Z workers are motivated by purpose and efficiency, often asking “why” to understand the impact of their work. She sees Lean principles as a key to managing and empowering this generation to innovate and stay engaged.On automation, Boisvert stresses that robots are not replacing humans in manufacturing but filling labor shortages. She notes that while robots improve efficiency, they require humans to program, monitor, and repair them—skills that new collar workers are being trained to master.Finally, she shares her innovative approach to storytelling in her book People of the New Collar Workforce, which uses augmented reality to bring worker stories to life. Readers can scan photos to hear directly from individuals about their experiences transitioning into high-tech manufacturing careers.

Changes to the latest XLs, Foaming Filament, Foam Infill

From South Bend, Indiana – welcome to 3Degrees Discussions. I'm your host, Mike Vasquez. In this episode, I'm joined by Paweł Slusarczyk, a leading writer, analyst, and consultant in the 3D printing and Additive Manufacturing industry. Paweł is known for reshaping the AM narrative in 2024—challenging assumptions, exposing what others often leave unsaid, and cutting through the hype. He runs The 3D Printing War Journal, contributes to top publications, and has authored thousands of pieces on 3D printing. Beyond his writing, Paweł is a trusted connector, helping companies grow, build partnerships, and access insider knowledge across the AM landscape. Before we dive in, be sure to subscribe at www.3degreescompany.com and follow the podcast on Spotify, Apple, Amazon, or Stitcher. If your company needs support with materials, qualification, or general Additive Manufacturing projects, contact us at info@3degreescompany.com.

Layer lift bubble issue, Faint strings on the XL, Non Bambu TPU in the X1c

Mixing PLA with PETG, Printing Shoes

In this episode of the Additive Snack Podcast, host Fabian Alefeld interviews Alex Oster, Director of Additive Manufacturing at Autodesk. The conversation spans Alex's journey from his early career in 1998 in Bavaria to his current influential role at Autodesk. They delve into the evolution of the additive manufacturing industry, from its early days to the current market dynamics and innovations, including the impact of AI and simulation technologies.  Alex shares stories from his time at FIT and Netfabb, including the challenges and innovations they faced. He explains Autodesk's strategy of integrating specialized tools into one cohesive platform, Fusion 360, which offers comprehensive solutions for both industrial and mass-market applications. They also discuss the crucial role of workforce development and the importance of making advanced manufacturing tools accessible to students and professionals. The episode concludes with thoughts on the future of additive manufacturing and the impact of AI on the industry. 01:09 Alex's Journey into Additive Manufacturing 02:32 Early Industry Challenges and Innovations 07:29 Growth and Development of NetFabb 12:16 Impact of FDM Revolution 21:32 Autodesk Acquisition and Integration 30:13 Fusion 360: A Comprehensive Tool 37:31 Workforce Development and Industry Adoption 47:15 The Rise of Low-Cost Machines 48:29 The Evolution of Metal Additive Manufacturing 49:43 Western Machine Vendors and Market Dynamics 50:03 High-End Custom Machines and Industry Trends 53:49 AI's Role in Additive Manufacturing 54:44 Autodesk's Product Strategy and Market Position 56:52 Simulation and Surrogate Modeling 01:10:01 Challenges in Polymer Simulation 01:11:30 AI and Computer Vision in Manufacturing 01:14:30 The Future of Manufacturing Integration 

Marleen Vogelaar was Shapeways' first CFO and came back to save the firm from bankruptcy. She takes us through the drama and effort to rebound the firm and grow it once again. What is their strategy to be? What markets will they target, what technologies will they use, and where will they invest? Will the firm focus on consumers, businesses, manufacturing, or prototypes? Will the company look at series manufacturing and more assembly operations, or stick to what others do? On the whole, this is an exciting set of experiences and a well-informed look into the future of Additive Manufacturing.

Micro LiDAR Sensor Clean, CO2 Meter Case, Plastic Electric trucks

In this episode of the Additive Snack Podcast, host Fabian Alefeld welcomes Brad Rothenberg, CEO and founder of nTop, formerly known as nTopology. They discuss the evolution of additive manufacturing and nTop's role over the past three to four years. Topics include the founding story of nTop, the concept of implicit modeling, and how design tools have rapidly changed. Brad shares insights on using nTop for aviation design, thermal management, and heat exchanger design, pointing out the shift from traditional CAD to innovative parametric modeling for effective engineering solutions. They also explore the future impact of AI on engineering and how nTop is integrating AI to enhance design processes. The episode closes with a look at educational resources and training for engineers new to nTop. 1:37 The Founding Story of nTop 05:07 Implicit Modeling and Design Evolution 10:22 nTop's Impact on the Aviation Industry 19:32 Thermal Management and Heat Exchangers 31:05 Recreating Existing Models in nTop  2:16 Intern Projects: Building Gliders and Drones 33:44 Understanding Process Knowledge in 3D Printing 34:59 Custom Blocks and Design Rules in nTop 37:08 N Top's Role in Legacy and New Designs 38:17 Future Roadmap: Integration and Simulation 44:16 AI and Machine Learning in nTop 57:54 Lowering Barriers for Engineers 

Today we're doing something completely different in not having one guest on the 3DPOD but many. We're talking one by one to a team of people at Center Street Technologies. We will hear from the factory floor, machine operations, and founders, all speaking about their role and their part in this team. Center Street wanted this because they're a team effort, and they want to show how: Michael Garvey, Patrick Kiraly, Brady Walther, Matthew Heffinger and Clark Patterson help make up Center Street. Center Street is developing a large-format Material Extrusion system and service for the Additive Manufacturing market. Building off of work for the Air Force, the team is developing materials, machines, settings and machine in tandem, acting as a systems integrator for large format additive.

F360 Quirks, Fusion Tip from listener, Non Bambu filament in the AMS

In this episode of the Additive Snack Podcast, host Fabian Alefeld welcomes Carolyn Schwaar, the editor of All3DP.com. Together, they explore current trends in additive manufacturing, the transition of hobbyists to professionals, and the role of platforms like All3DP and Kraft Cloud in the industry. Carolyn shares success stories from readers who have integrated 3D printing into their professional lives, the impact of tariffs on the industry, and the importance of reliable resources for learning about additive manufacturing. They also discuss the rise of specialized contract manufacturers and how the accessibility of 3D printing services is transforming various sectors. Comments about the show or wish to share your AM journey? Contact us at additive.snack@eos-na.com. The Additive Snack Podcast is brought to you by EOS. For more information about ALL3DP, visit their website and connect with Carolyn Schwaar on LinkedIn. 01:51 Overview of All3DP.com 03:01 Craft Cloud and 3D Printing Services 04:41 Transition from Hobbyist to Professional 07:48 Resources for Industrial Additive Manufacturing 12:29 Contract Manufacturing Insights 18:20 Global Trends and Tariffs Impact 30:09 European Market and Defense Applications 34:40 Favorite Additive Manufacturing Stories  

X1C update, Filament Choices for Closed Vs Open Source, End of de minimus

BROWNSVILLE, Texas - Dr. Mostafa Malki is a professor at UT-Rio Grande Valley and executive director for business development at America's Additive Foundry Center for Advanced Manufacturing Innovation and Cyber Systems. He is also the founder of Aaron Economic Consulting.Malki was a panelist for a discussion titled “Additive Manufacturing and Industrial Reshoring in the RGV.” The discussion, held at the eBridge Center for Business & Commercialization, part of RGV StartUp Week.During his remarks, Malki acknowledged he might offend some people when speaking about the importance of manufacturing over retail.  “Science technology, engineering and mathematics are what create wealth. All the others industries, although important, are not self-sustaining without a very strong industrial base,” Malki said.“So I understand, and maybe I'm going to offend some people but I'll go ahead and say it. One of the largest employers or industries in the Valley are the school districts. How we fund schools, education, is through property taxes. So somebody has to pay those taxes to be able to have quality education. That somebody has to be manufacturing.”Malki elaborated on his thought:“It has to be industries, because they are the one generating value. I don't want to give a lecture on economics, but I'll give you a very short explanation. When you manufacture something, most of the stuff that you manufacture is not going to be sold and consumed locally, it will be exported. So you export the value that you have produced and bring back cash that allows activity in that economy. It allows for a thriving entertainment industry, real estate, schools and so on.”Malki then contrasted retail with manufacturing.“I don't want to pick on retail,” he said, explaining that much of the profit created from retail activity leaves the region.“Only manufacturing does that because it brings money in and takes products out. Other areas (such as retail), they take money out, and that's what you're trying to avoid. So you're bleeding the region in that sense.”Malki said, economic development officials “cannot just say no, we're not going to do retail, because we still need retail.” But, he said, “we should not really focus on retail.”Malki continued: “We need to focus on manufacturing and industry, whether it's advanced or traditional manufacturing, because that's what creates wealth in the community. You look at Chicago, you look at L.A., there are very strong manufacturing bases there and that's the reason why they are considered successful, big, thriving communities. It's because there is wealth being generated there.”In other parts of his remarks, Malki spoke about additive manufacturing and how the Valley could learn a lot from studying the success of Sweden. Editor's Note: Here is an audio recording of everything Dr. Malki said on the Additive Manufacturing and Industrial Reshoring in the RGV panel.Go to www.riograndeguardian.com to read the latest border news stories and watch the latest news videos.

X1C Printing my own stuff, Reworking Fusion 360 models, Watch out for tall and thin

In this episode of the Additive Snack Podcast, host Fabian Alefeld explores the critical role of mathematics in additive manufacturing with guest Harshil Goel, founder, and CEO of Dyndrite. Harshil shares his unconventional entry into the additive manufacturing industry, driven by his deep background in mathematics and mechanical engineering. The conversation delves into how Dyndrite's software provides solutions for complex additive manufacturing challenges, from data preparation to materials and process development. Harshil also discusses various customer success stories and how their software helps streamline qualification processes, ultimately enhancing productivity. Additionally, they discussed the upcoming Dyndrite roadshow aimed at educating users on advanced additive manufacturing techniques, featuring hands-on sessions and practical demonstrations.Comments about the show or wish to share your AM journey? Contact us at additive.snack@eos-na.com. The Additive Snack Podcast is brought to you by EOS. For more information about Dyndrite's innovative solutions, visit their website and connect with Harshil Goel on LinkedIn.     01:17 Meet Harshil Go: From Mathematics to Additive Manufacturing02:33 The Birth of Dyndrite: Solving Software Challenges05:22 Understanding Dyndrite's Core Offerings09:53 Dyndrite's Unique Approach to Build Preparation15:07 Customer Success Stories and Real-World Applications19:47 Empowering Engineers with Python Integration23:04 Learning and Adapting to Dyndrite's Tools26:51 Multilingual Proficiency and Family Background27:36 Transitioning to Coding and Tool Integration28:17 Optimizing Production with Dendrite30:05 Challenges and Innovations in Qualification33:20 Deep Dive into Aviation Qualification39:17 Additive Manufacturing Industry Trends43:09 The Role of GPUs and AI in Additive Manufacturing45:59 Dyndrite Roadshow and Conclusion 

PCTG For crystal-like esthetic, X1C wiping , Adventures in Caving LiDAR

In this episode, recorded live at the 51st Academy Annual Meeting and Scientific Symposium in Atlanta, host Seth O'Brien, CP, FAAOP(D), sits down with Tara Wright, CPO, FAAOP, a prosthetist-orthotist at Gillette Children's Specialty Healthcare in St Paul, Minnesota. Together, they dive into the evolving role of additive manufacturing in orthotics and prosthetics, discussing how digital workflows, software integration, and step-by-step tech adoption can enhance clinical outcomes. Tara shares real-world examples of how embracing innovation—at a manageable pace—can benefit both practitioners and patients. The conversation also highlights the power of collaboration and knowledge-sharing in advancing the profession.   O&P Clinical Care Insiders is produced by Association Briefings.

In this episode of the Additive Snack Podcast, host Fabian Alefeld explores the importance of automating powder removal in the additive manufacturing (AM) process with Hemank Raj, Process Development Engineer from Solukon. They discuss how automating this process, which may seem minor, is crucial for scaling production and ensuring high-quality outputs in the industry. Hemank provides insights on the background of Solukon, which evolved from an engineering consultancy to a key player in automated depowdering solutions. They delve into the technical aspects, including the steps and benefits of automated depowdering, the safety advantages, and the key factors to consider in the design and production stages. The episode highlights the significant impact of automated de-powdering on sectors like aerospace, medical, automotive, and energy by improving efficiency, safety, and reliability. Hemank also shares upcoming innovations, such as integrating robotic arms to further enhance the de-powdering process.Comments about the show or wish to share your AM journey? Contact us at additive.snack@eos-na.com. The Additive Snack Podcast is brought to you by EOS. For more information about Solukon, visit their website and connect with Hemank Raj on LinkedIn.01:00 Guest Introduction: Hemank Raj from Solukon01:14 The Importance of Automating Powder Removal02:00 Solukon's Journey and Market-Driven Innovation03:52 Automated Depowdering Process Explained08:49 Challenges and Solutions in Depowdering Large Parts14:18 Ensuring Quality and Safety in Depowdering15:39 Programming and Customizing Depowdering Systems21:43 Design Considerations for Automated Depowdering23:42 Understanding the L by D Ratio24:05 Smooth Internal Channels and Surface Roughness24:46 Introducing SPR Pathfinder Software26:04 Design Considerations and Best Practices26:50 Advanced Depowdering Techniques29:12 Post-Depowdering Steps33:46 Challenges with Specific Materials37:12 Industry Applications and Innovations42:01 Future of Automated Depowdering

More Tariff talk, Making a LiDAR scanner Pt2, X1C First prints

After 75 years in business, MasterGraphics has rebranded to M5D with a focus on supporting its customers in every dimension. In this episode of Advanced Manufacturing Now, Editor Lawrence Moebs interviews CEO Kevin Carr about the rebrand, the trough of disillusionment, and the opportunities presented by additive manufacturing today. 

Peggy Smedley and Yung Shin, Donald A. and Nancy G. Roach distinguished professor of advanced manufacturing, Purdue University, talk about additive manufacturing and why it has been getting so much global attention. He describes additive manufacturing, explaining how it works and how it can form 3D parts and 3D objects. They also discuss: Why it is getting so much hype today. The applications that are coming out of additive manufacturing. How this is impacting education. engineering.purdue.edu/ManLab  (5/6/25 - 919) What You Might Have Missed:  The Future of Manufacturing Is Smart All about Additive Manufacturing IoT, Internet of Things, Peggy Smedley, artificial intelligence, machine learning, big data, digital transformation, cybersecurity, 5G, cloud, sustainability, future of work, podcast, Yung Shin, Purdue University, safety This episode is available on all major streaming platforms. If you enjoyed this segment, please consider leaving a review on Apple Podcasts.

In a special live episode of the Additive Snack Podcast recorded at RAPID + TCT 2025 in Detroit, host Fabian Alefeld welcomes Dr. Andreas Vlahinos, a leading expert in design and additive manufacturing. The conversation spans the evolution of design for additive manufacturing over recent years, focusing on advances in simulation-driven design and the integration of implicit and voxel-based tools within CAD environments. Dr. Vlahinos shares insights on overcoming challenges in the industry, his experience with impactful projects like custom medical implants and high-performance heat exchangers, and the importance of collaboration between design and manufacturing teams. The episode also touches on fostering innovation and inspiring the next generation of engineers to embrace the transformative possibilities of additive manufacturing. Comments about the show or wish to share your AM journey? Contact us at additive.snack@eos-na.com. The Additive Snack Podcast is brought to you by EOS.  For more information about Advanced Engineering Solutions, visit their website and connect with Dr. Andreas Vlahinos on LinkedIn.   00:23 Meet Dr. Andreas Vlahinos: A Pioneer in Additive Manufacturing 01:26 Evolution of Design for Additive Manufacturing 03:24 Simulation-Driven Design: The Game Changer 06:34 Challenges and Progress in Additive Manufacturing Tools 10:03 Exciting Projects: From Heat Exchangers to Life-Saving Implants 14:28 Designing Efficient Heat Exchangers 22:24 Design Variables and Exploration 23:39 Manufacturability Challenges 25:44 Manufacturing Process Simulation 28:21 Collaboration in Design and Manufacturing 30:04 Passion and Inspiration in Engineering 35:44 Innovative Design Examples 

Making a LIDAR scanner Pt 1, X1C Unbox and Setup, Tariff impacts 

In this episode of the Additive Snack Podcast, host Fabian Alefeld discusses the intersection of finance and additive manufacturing with Danny Piper, Managing Partner at New Cap Partners live at RAPID + TCT 2025. Danny, also the host of the Printing Money podcast, shares his expertise on the financial landscape of additive manufacturing, the challenges and opportunities within the industry, and his views on current economic turbulences and their impact on the sector. The conversation delves into New Cap Partners' focus on emerging technologies, the role of defense spending in additive manufacturing, and the potential future growth of the industry influenced by reshoring and advancements in technology. Danny provides a comprehensive look at financing strategies for new technologies and the importance of understanding technical details to make informed financial decisions. The episode concludes with insights into the future of additive manufacturing in relation to economic and manufacturing trends. Comments about the show or wish to share your AM journey? Contact us at additive.snack@eos-na.com. The Additive Snack Podcast is brought to you by EOS.  Listen to the Printing Money podcast here & connect with Danny Piper on LinkedIn.  00:18 Meet Danny Piper: Finance and Additive Manufacturing Expert 01:22 Understanding New Cap Partners 02:38 Investment Banking in Emerging Technologies 04:27 Danny Piper's Journey into 3D Printing 09:26 Financial Turbulence and Additive Manufacturing 14:13 Reshoring and Its Impact on Additive Manufacturing 18:21 Stock Market Insights for Additive Manufacturing 22:50 Challenges in Scaling Manufacturing 24:59 The Role of the Department of Defense in Additive Manufacturing 25:23 The Role of the DOD in Additive Manufacturing 26:48 Investment Trends in 3D Printing 29:27 Challenges in Financing Manufacturing Innovations 33:07 The Rise of Additive Contract Manufacturers 40:51 Future Trends and Predictions in Additive Manufacturing

RAPID + TCT 2025, North America's largest and most influential additive manufacturing and industrial 3D printing event, once again brought together the brightest minds in AM. In this episode of Advanced Manufacturing Now, the SME Media editorial team get together to share the most noteworthy insights they discovered on the show floor this year. 

XL does something unexpected, Adaptive Cubic Vs Support Cubic Infill, Chinese are catching up to Polyjet

Postprocessing is a necessary part of the additive manufacturing (AM) workflow in almost every instance, because 3D printing alone rarely yields a finished part ready for use. Depending on the materials and processes they choose, AM adopters have to account for depowdering, curing, heat treat, cleaning, dyeing, tumbling, machining and many other post-print operations. Coupled with the high-mix, low-volume production typical in AM, such steps are difficult to automate or optimize — leading many companies to develop innovative and often secretive internal processes.   In this episode of AM Radio, Stephanie Hendrixson, Peter Zelinski, Jessica Pompili and Jodee McElfresh share examples of how additive manufacturers solve their varied postprocessing challenges and seek to answer some of the questions around these critical steps.   Thanks to listeners who sent questions, left comments or lent their expertise to this episode, including Matt Havekost, Rick Beddoe, Miguel Valenzuela, Konstantin Rybalcenko, Rey Chu, John Whalen and those who responded anonymously.   Find photos, related links and the transcript for this episode on AdditiveManufacturing.Media.   This episode is brought to you by Additive Manufacturing Media. Never miss a story.    Mentioned in this episode: Our calls for questions — and discussion— around postprocessing on LinkedIn Meet Jessica Pompili, Additive Manufacturing Media assistant editor A conversation on finishing's role in AM with Products Finishing editor-in-chief Scott Francis Our story on ATI's new Florida facility Article on Rivelin's robotic machining technology from Derek Korn, editor-in-chief of sister brand Production Machining Video on how the Rivelin solution works AM-Flow's sorting solution for mixed part batches The Cool Parts Show LIVE: Special 5-Year Anniversary Episode with support removal "hatch" 3D Printed Metal Component for CNC Machining Center | The Cool Parts Show #47 with sacrificial powder removal feature Micro Factory's enclosed mSLA system The modular JENI production system from Photocentric Solvent recycling technology company CBG Biotech How metal injection molding and metal binder jetting coexist at Smith Metal Products The metal binder jetting workflow at Freeform Technologies An example of a thin-fin cold plate produced by Conflux Technology Resolution in vat photopolymerization and smoothing techniques developed at the Technical University of Denmark

In this episode of the Additive Snack Podcast, host Fabian Alefeld speaks with Arno Held, co-founder and managing partner of AM Ventures. Recording live from RAPID + TCT 2025, they discuss the current state and future outlook of the additive manufacturing landscape, touching on startup trends, the impacts of global tariffs, and increased defense spending. Arno shares insights into the industry's financial pressures, the growing significance of AI in additive manufacturing, and the challenges startups face in navigating financial turbulence. They also dive into the roles and missions of AM Ventures and its focus on hardware, software, and application-driven startups. Despite the hurdles, the conversation ends on an optimistic note about the transformative potential of additive manufacturing over the next few years.Comments about the show or wish to share your AM journey? Contact us at additive.snack@eos-na.com. The Additive Snack Podcast is brought to you by EOS. For more information about AM Ventures, visit their website and connect with Arno Held on LinkedIn. 00:57 Current Financial Landscape in Additive Manufacturing04:28 Impact of Political Changes on Additive Manufacturing08:14 Overview of AM Ventures09:30 Trends in Additive Manufacturing Startups13:52 The Role of AI in Additive Manufacturing21:02 Challenges Facing Additive Manufacturing Startups27:43 Future Outlook and Regional Growth33:27 Conclusion and Final Thoughts 

Designing for screws, Stress Concentrators, Moon Dust Filament

In this episode of the Additive Snack Podcast, host Fabian Alefeld welcomes guests from the University of Wolverhampton — Arun Arjunan, John Robinson, and Manpreet Singh. They delve into the university's significant contributions to additive manufacturing over the past 25 years, discussing their pioneering work in laser powder bed fusion, material science innovations, and the launch of their Center of Excellence for Additive Manufacturing. They highlight collaborative projects with industry, including groundbreaking developments in copper diamond composites, and address the integration of additive manufacturing in various sectors such as healthcare, electrification, and sustainability. The conversation also emphasizes the university's role in workforce development and the importance of reshoring manufacturing capabilities.Comments about the show or wish to share your AM journey? Contact us at additive.snack@eos-na.com. The Additive Snack Podcast is brought to you by EOS.  For more information about the University of Wolverhampton, visit their website here. 01:52 Early Adoption and Innovations in Additive Manufacturing04:36 Focus on Copper and Thermal Management07:00 Sustainability and Healthcare Applications21:37 Center of Excellence and Future Directions33:27 Exploring Material Development in Academia34:07 Innovative Copper and Diamond Research35:23 Applications and Cost of Diamond Composites35:51 Collaborations and Industry Impact42:12 University's Role in Additive Manufacturing49:19 Future of Additive Manufacturing56:20 Reshoring and Sustainable Manufacturing 

Fabian Alefeld joins Charli this to talk about additive manufacturing, where everything old is new again. Join us at EPIC, November 5th and 6th at San Jacinto College in Pasadena, TXFind us @EmpoweringPumps on Facebook, LinkedIn,  Instagram and Twitter and using the hashtag #EmpoweringIndustryPodcast or via email podcast@empoweringpumps.com   

Background checks for 3D Printers, Nozzle wiping, Competition between Chinese Companies

In this episode of the Additive Snack Podcast, host Fabian Alefeld chats with Douglas Woods, President of AMT, about the evolving landscape of manufacturing. They discuss the significance of AI, robotics, and macroeconomic factors affecting the industry. Doug shares insights from his extensive background in manufacturing, including family history and personal experiences. They delve into the role of AI in optimizing manufacturing processes, the future of humanoid robotics, and the intersection of emerging technologies with additive manufacturing. The episode also explores the impact of reshoring and geopolitical shifts on global supply chains, offering practical advice for companies navigating the future of localized production. Tune in for a comprehensive discussion on how advancements in technology are shaping the future of manufacturing.Comments about the show or wish to share your AM journey? Contact us at additive.snack@eos-na.com. The Additive Snack Podcast is brought to you by EOS. For more information about AMT, visit their website and connect with Doug Woods on LinkedIn. 02:01 Doug Woods' Family History in Manufacturing06:16 The Importance of Apprenticeship Programs06:54 Challenges in Workforce Development14:54 The Role of AI in Manufacturing20:21 Generative vs. Agentic AI22:50 AI's Impact on Additive Manufacturing30:14 The Future of Digital Twins and Omniverse37:42 Democratization of Manufacturing Technology39:42 Sustainability in Business Practices41:12 The Rise of Robotics in Manufacturing43:18 Humanoid Robotics: The Next Frontier50:51 Additive Manufacturing in Robotics57:25 Geopolitical Shifts and Reshoring Manufacturing01:09:17 Advice for Embracing New Technologies01:14:28 Conclusion and Final Thoughts 

Brigitte de Vet, CEO of Materialise, knows that additive manufacturing technology has the potential for a revolutionary impact on the manufacturing industry, even if it might be a slow revolution. Editor-in-Chief Steve Plumb speaks with Brigitte about where the AM industry has been and where it's heading.

Using nonsticking material in dense support, Heatup Frustrations, Why Up Vs Z Up in Fusion 360

As additive manufacturing technology advances, so does the sophistication of 3D-printed materials. Whatever you choose to use in your process, your grinder needs to handle everything you throw at it. Editor Lawrence Moebs speaks with Erik Lawson of DCM Tech about getting the most out of your rotary surface grinder in additive manufacturing. 

In this episode of the Additive Snack Podcast, host Fabian Feld welcomes Stefanie Brickwede to discuss the significant strides Deutsche Bahn and Mobility Goes Additive have made in additive manufacturing over the past decade. Stefanie details the journey from initial implementation focusing on obsolete parts to current innovations involving digital warehousing and collaborative networks. They explore the dramatic impact on lead times, cost savings, and the importance of partnerships and certifications. The conversation also delves into strategic developments, new material advancements, and future goals, showcasing how additive manufacturing transforms industries beyond rail, including aerospace, automotive, and lifestyle sectors.Comments about the show or wish to share your AM journey? Contact us at additive.snack@eos-na.com. The Additive Snack Podcast is brought to you by EOS.  For more information about Mobility Goes Additive, visit their website and connect with Stefanie Brickwede on LinkedIn.  01:43 The Journey of Additive Manufacturing at Deutsche Bahn03:42 Strategic Approaches and Network Building04:55 Challenges and Innovations in Additive Manufacturing10:15 Success Stories and Impact16:48 KPIs and Measuring Success19:16 Digital Warehousing and Future Goals29:11 Printing Flame Retardant Materials29:59 Supplier Selection and Qualification31:27 The Role of the MGA Network33:53 Founding and Growth of Mobility Goes Additive34:18 Expanding into Various Industries37:51 Challenges and Collaboration Across Industries43:37 Material Development and Innovation46:25 Standards and Integration in Additive Manufacturing53:00 Balancing Roles and Future Plans

A question from an audience member about competing production rates for a forged metal part that might be made through additive manufacturing instead got Pete Zelinski thinking about production rate in general, and what this rate does and does not tell us about productivity overall. Additive can win a production “race.” An example involving a 1,000-piece production run of parts otherwise made through molding was documented by Formlabs (more info below). However, is a head-to-head comparison like this the measure by which additive must succeed? Pete explores this question. Find photos, related links and the transcript for this episode on AdditiveManufacturing.Media. Mentioned in this episode: From Formlabs, 3D printing vs. injection molding for a 1,000-piece run. Our report at Big Metal Additive on directed energy deposition for Navy projectiles. Subscribe to The BuildUp, our twice-weekly Additive Manufacturing newsletter.

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Single-material Full Contact Support, Polydye, PLA Durability over time

Send us a textJonathan Lowy is a distinguished product engineer whose career spans more than four decades in the realms of product design and manufacturing. His journey has been marked by a commitment to excellence and innovation, leading to significant contributions in various engineering sectors.Throughout his career, Jon has been deeply involved in Design for Manufacturing (DFM), focusing on creating designs that are not only innovative but also optimized for efficient production. His approach emphasizes the importance of collaboration between design and manufacturing teams to ensure that products are both high-quality and manufacturable at scale.In addition to his engineering pursuits, Jon has dedicated a portion of his career to education, serving as a STEM teacher. This role allowed him to mentor the next generation of engineers, sharing his passion for the field and instilling in his students the principles of effective design and manufacturing.Currently, Jon is collaborating with Jiga, a company that enhances custom manufacturing supply chains by fostering reliable supplier relationships and streamlining communication. Through this partnership, he aims to assist engineers in building smarter solutions, addressing real-world challenges, and learning from the experiences he has gathered over the years.Jon's extensive experience and dedication to sharing knowledge make him a valuable resource for engineers seeking to deepen their understanding of DFM and improve their practices in product development and manufacturing.LINKS:https://www.linkedin.com/in/jonathan-lowy-578171227/https://jiga.io/ Aaron Moncur, hostAbout Being An Engineer The Being An Engineer podcast is a repository for industry knowledge and a tool through which engineers learn about and connect with relevant companies, technologies, people resources, and opportunities. We feature successful mechanical engineers and interview engineers who are passionate about their work and who made a great impact on the engineering community. The Being An Engineer podcast is brought to you by Pipeline Design & Engineering. Pipeline partners with medical & other device engineering teams who need turnkey equipment such as cycle test machines, custom test fixtures, automation equipment, assembly jigs, inspection stations and more. You can find us on the web at www.teampipeline.us

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3D Printer for a blind person, Boolean Edits in PrusaSlicer, The Benefit of repeated production

4 Axis 3D Printer, Traveling speed