Uploaded August 2021 | Updated September 2026, 2 weeks ago
Full Webinar HERE ➡️
In this video you will get some more information about the so called “EOS Technology Readiness Level (TRL)”.
It consists out of 9 phases: 🔍
✔️TRL1- TRL3: Feasibility Test& Initial Trials: Take a look as if the powder production is possible, Initial trials to test processability, build simple parts and assess business case
✔️TRL4-TRL6: Design Freeze & Validation: Process parameters optimization, generate initial material data, build real application parts and heat treatment optimizations
✔️TRL7-TRL9: Statistical Data & Standard Products: Final material data sheets, Generate dynamic test data and quality assurance testing
Any more questions? We are happy to answer them in the comments 💬
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Connect with us on our Social Media channels🔗
EOS on LINKEDIN: linkedin.com/company/eos
FACEBOOK: facebook.com/EOSGmbH
TWITTER: twitter.com/eosgmbh
INSTAGRAM: instagram.com/eos.global
____________________
IMPRINT: eos.info/en/footer/imprint
PRIVACY POLICY: eos.info/en/footer/privacy-policy
____________________
Full Webinar HERE ➡️
In this video you will get some more information about the so called “EOS Technology Readiness Level (TRL)”.
It consists out of 9 phases: 🔍
✔️TRL1- TRL3: Feasibility Test& Initial Trials: Take a look as if the powder production is possible, Initial trials to test processability, build simple parts and assess business case
✔️TRL4-TRL6: Design Freeze & Validation: Process parameters optimization, generate initial material data, build real application parts and heat treatment optimizations
✔️TRL7-TRL9: Statistical Data & Standard Products: Final material data sheets, Generate dynamic test data and quality assurance testing
Any more questions? We are happy to answer them in the comments 💬
____________________
Connect with us on our Social Media channels🔗
EOS on LINKEDIN: linkedin.com/company/eos
FACEBOOK: facebook.com/EOSGmbH
TWITTER: twitter.com/eosgmbh
INSTAGRAM: instagram.com/eos.global
____________________
IMPRINT: eos.info/en/footer/imprint
PRIVACY POLICY: eos.info/en/footer/privacy-policy
____________________




![The Integration of AM & Traditional Manufacturing with Penn United’s Jake Jones | Additive Snack
Penn United Technologies Inc. is a manufacturing company making quiet waves by integrating conventional manufacturing with additive manufacturing (AM). They have been able to integrate AM technologies wisely and organically for a steady growth trajectory.
To discover how Penn United curated its growth journey, Host Fabian Alefeld speaks with Penn’s Project Manager, Jake Jones. Jake shares how Penn finds its engineering resources, manages production, and their Design for Manufacturing customer training.
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.
Key Takeaways:
[1:47] Penn United has a diverse history in various materials and manufacturing techniques.
[7:27] How Penn integrates AM into their traditional subtractive manufacturing platforms.
[12:44] Finding engineering resources, building talent, and managing AM production and teams at Penn United.
[19:13] Penns competitive advantage is their ability to customize parameters to complex geometries swiftly.
[26:20] Specialized growth opportunities in additive manufacturing.
[28:51] Penn’s Design for Manufacturing training.
[30:55] What Jake expects from AM in the future.
Subscribe to our YouTube channel:
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LinkedIn: https://www.linkedin.com/company/eos/
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Privacy Policy: https://www.eos.info/en/footer/privac... The Integration of AM & Traditional Manufacturing with Penn United’s Jake Jones | Additive Snack](https://i.ytimg.com/vi/y5CjcQP-8Pw/mqdefault.jpg)
![Personalized Spinal Bracing Made Reality with Additive Manufacturing
Additive manufacturing (AM) isnt just shaping the future of medical devices, it is actively changing lives. As it opens new possibilities for patient care around the globe, innovative 3D design solutions are raising the bar for patient comfort and satisfaction. Today, Host Fabian Alefeld speaks with Lisa Tweardy, CEO of MIGN, a company leading the charge in innovative spinal brace technology that leverages industrial 3D printing. We have Dr. Baron Lonner, a leader in minimally invasive scoliosis surgery, Isabelle (Liz) Rauch, Orthotist for Dr. Lonner of Orthotic Consultants, and Livi Lasner, founder of Save a Spine, an organization she started to connect those who need spinal braces with the financial support to obtain them. Together they explore how additive manufacturing is revolutionizing not only healthcare but spinal health from a personal and technological perspective. 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. Key Takeaways: [ 1:48 ] A patients physical and psychological comfort are essential components of spinal brace design. [ 9:36 ] MIGN is the first and only company to personalize orthopedic bracing at scale. [ 15:13 ] How additive technology allows Dr. Lonner to approach scoliosis treatment differently. [ 19:31 ] An end-to-end digital design workflow allows MIGN to send production requirements anywhere in the world. [ 22:12 ] The mission of the Save a Spine organization. [ 23:39 ] Praise for Liz. Resource Link: Save a Spine: http://saveaspine.com/ MIGN Design: https://www.mign.design/ Dr. Baron Lonner: https://profiles.mountsinai.org/baron-s-lonner
#futureisadditive #responsiblemanufacturing #3Dprinting
Subscribe to our YouTube channel:
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LinkedIn: https://www.linkedin.com/company/eos
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Privacy Policy: https://www.eos.info/en/footer/privac... Personalized Spinal Bracing Made Reality with Additive Manufacturing](https://i.ytimg.com/vi/yIq7N9Rlh3U/mqdefault.jpg)
![The Revolution of Beam Shaping for Additive Manufacturing with Alex Kingsbury of nLIGHT
Additive manufacturing (AM) is revolutionizing industries like medicine, aerospace, and defense. To meet these sectors stringent demands for minimal waste, precise welds, and efficient energy use, innovative solutions are essential.
To explore the diverse benefits and challenges of laser usage in additive manufacturing, Host Fabian Alefeld welcomes Alex Kingsbury, AM Market Development Manager at nLIGHT Inc. They discuss cutting-edge advancements in laser technology, productivity gains realized with beam-shaping techniques and the challenges of specializing in innovative beam-shaping laser technologies.
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.
Key Takeaways:
[6:04] Australian AM adoption flourished after early medical-related successes.
[10:11] Technological opportunities drove Alex’s decision to work at nLIGHT.
[14:32] How is nLIGHT distinct from other laser manufacturers?
[17:45] Advantages of laser-powered additively manufactured complex parts.
[37:50] Challenges of specializing in breakthrough laser technologies.
[47:57] Innovative future functionality of lasers in additive manufacturing.
Subscribe to our YouTube channel:
YouTube: https://www.youtube.com/@EOS3DPrinting
Follow us:
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Privacy Policy: https://www.eos.info/en/footer/privac... The Revolution of Beam Shaping for Additive Manufacturing with Alex Kingsbury of nLIGHT](https://i.ytimg.com/vi/yxlMBW0IIO8/mqdefault.jpg)

![A Dynamic Panel Discussion with the Digital Foam Architects Network | Additive Snack Podcast
The innovative and intricate world of Digital Foam is an evolution of polymer lattice structures. In the past, developing applications for polymer lattice structures, especially for performance applications, has been challenging. Challenges include aspects of design, printing, post-processing, and materials. All the value chain elements influence each other, adding more complexities.
In this special episode, Host Fabian Alefeld speaks with four panelists from the Digital Foam Architects Network about the full process chain and the complexities and opportunities of Digital Foam. Joining the panel discussion are Pierre Gonnetan, business development manager at Arkema, Mike Schorr, general manager at DyeMansion, Nick Florek, CEO of General Lattice, and Dr. Dave Krzeminski, senior Additive Minds consultant at EOS. The goal of the Digital Foam Architects Network is to increase accessibility, scalability, and speed up development for performance-based lattice structures.
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.
Key Takeaways:
[3:08] The history of polymer lattice structures and methodologies of production with Nick Florek
[7:54] Dave Krzeminski on overcoming the challenges of an ever-changing technology
[15:00] Objectives and initiatives of the Digital Foam Architects Network
[19:41] Pierre Gonnetan on the material landscape and key drivers for digital foam applications
[31:03] Mike Schorr on the importance of post-processing aspects of Digital Foam.
[38:41] Mike Schorr explains the complex process of creating uniformity in powdering, coloring, and smoothing polymers.
[48:48] Nick Florek unpacks the coordination and parameters of the digital design phase.
[56:23] Additional industrial opportunities for Digital Foam applications.
Resource Link:
Arkema: https://www.arkema.com/usa/en/
DyeMansion: https://dyemansion.com/
General Lattice: https://www.generallattice.com/
#futureisadditive #responsiblemanufacturing #3Dprinting
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Privacy Policy: https://www.eos.info/en/footer/privac... A Dynamic Panel Discussion with the Digital Foam Architects Network | Additive Snack Podcast](https://i.ytimg.com/vi/zdzxGMir8sQ/mqdefault.jpg)
