TAE Technologies, Inc的动态

To date, GA-ASI has developed over 350 flight-qualified AM parts and produces over 7,500 production AM parts annually that have successfully completed over 300,000 combined flight hours. The company expects its AM growth rate to rise from 15 to 25 percent per year. ? "We demonstrated to ourselves, then to our management, and later to key customers, the many, often compounding benefits that additive technology can bring to programs, not just during the prototyping phase but also as low-rate initial production gets underway," explains Fournier, GA-ASI senior manager for AM and the AM Center of Excellence. Read here: https://ow.ly/aNgj50TgkG2

The #3DPrinting Industry is taking FOREVER ?? The #additivemanufacturing industry often disappoints investors because its projections don't match the reality. Why? Because you can't just switch a part to 3D printing overnight. Most parts need to be re-engineered and re-certified for the process—application by application. This painstaking work means slow progress unless you have a clean-sheet design, which doesn’t happen often. When was the last large commercial airframe launched? ?? That’s why new entrants like SpaceX can incorporate additive faster—they’re starting from scratch, building designs with 3D printing in mind from the beginning. It’s rare to see incumbents pull it off, so it’s even more impressive when they do. ?? Huge kudos to Steve Fournier and the team at General Atomics Aeronautical Systems for successfully getting 350 applications in the air! ?? Getting an organization to buy in the way GA has is no small feat. You have to start convincing folks with seemingly small things, like tooling, which has saved GA $mn's. And then deal with production applications of increasing criticality. It's an insane amount of strategic work to get organizations on the same page. I saw the likes of Werner Stapela do it at Danfoss, Dr. Melissa Orme and now Steve Fournier. ?? Truly honored to support these journeys with Authentise. #3DPrinting #AdditiveManufacturing #ManufacturingInnovation #CleanSheetDesign #Engineering #TechInvesting #InnovationLeadership #SupplyChainOptimization #AirborneInnovation #GA #AdditiveJourney

METALEX Vietnam 2024 is the must-attend event for anyone in the mechanical industry! Join this event in Ho Chi Minh City from October 2-4, 2024, at SECC. Vietnam's mechanical market is on the rise, aiming to hit $310 billion by 2030. Don't miss this chance to be part of the country's industrial growth! Why attend METALEX Vietnam 2024? - Largest Industry 4.0 platform in Vietnam - Expecting over 15,000 trade visitors - Explore the latest innovations in metalworking, manufacturing, and automation - Network with industry leaders - Discover cutting-edge technologies in 16 group pavilions Top products to look out for: 1. Machine Tools 2. Industrial 4.0 Automation & Robotics 3. Industrial Hardware & Supplies 4. Tools & Tooling 5. Precision Metrology Be part of the 17th edition of Vietnam's International Exhibition on Machine Tools & Metalworking Solutions for Production Upgrade. Whether you're seeking to enhance your production capabilities, find new technologies, or stay updated on industry trends, METALEX Vietnam 2024 is the place to be! #vanphamllc #vanphaminternational #METALEXVietnam2024 #Manufacturing #Industry40 #Sustainability

The #EuroPM exhibition and conference in Malm?, Sweden, is coming to the end. The PM industry is facing severe disruptions due to the shift to electric mobility. Powertrain parts such as gears are not required anymore and that puts the business models of many companies at risk. At Dr. Fritsch we support the transition from traditional manufacturing processes to FAST/SPS for more advanced and future oriented applications. Contact me if you want to know more about this innovative sintering technology and how it can support your strategic realignment. #fastsps #sparkplasmasintering #drfritsch #sps #epma #pm #powdermetallurgy

"DFM and DFA are not just buzzwords; they're pillars of success in modern manufacturing. They enable us to create products that are not only aesthetically pleasing but also cost-effective to produce and assemble. Excited to explore how these principles can drive our company's growth and competitiveness in the market! #Manufacturing #DFM #DFA #Innovation" #designexcellence #proactiveapproach #designengineers Omnex Inc Omnex Asia-Pacific

?? Accelerate Your Development Cycle with Advanced Engineering ?? In today's competitive landscape, leveraging advanced engineering practices is crucial for accelerating the development cycle and achieving breakthrough innovations. At Mecca, we utilize cutting-edge engineering methodologies and tools to streamline our processes, enhance efficiency, and deliver exceptional results. Here’s one of the many ways advanced engineering can revolutionize your development cycle: ?? Value Added through FEA: Finite Element Analysis (FEA) is a one of the many tools that allows us to simulate and analyze the behavior of structures and components under various conditions. By applying FEA, we can predict how a solution will perform under a wide range of loads, ensuring reliability and durability prior to the development of a Minimum Viable Product (MVP). Through simulating real-world conditions early in the development process, FEA allows us to detect potential issues and weaknesses within the design before they become costly problems. This proactive approach not only reduces development time but also minimizes material waste and costs associated with trial-and-error testing. At Mecca, we are committed to using advanced engineering tools like FEA to drive innovation and excellence. By integrating FEA into our development cycle, we support our partners in delivering high-quality solutions faster and more efficiently. For more information or to connect with us, reach out via [email protected], visit our website at Meccavation.com, or message us on LinkedIn. #AdvancedEngineering #FEA #Innovation #Efficiency #ProductDevelopment #Sustainability #Technology #Mecca

Materialiseの製造部門のディレクターであるGert Brabantsが氏、積層造形(AM)の試作品製造とシリーズ生産(量産）の違い、そしてAMにおけるプロセス制御とデータ共有の重要性について語っています。まとめるなら、「プロセス制御の透明性を通じた積層造形（AM）への信頼構築」。 - プロトタイピングと量産の違いは、オーダー間の一貫性（再現性）の重要性 -プロセス制御の透明性とデータ共有がAMへの信頼を生み出す鍵であり、Materialiseは過去5?10年のプロセス制御データを「データレイク」として蓄積に取り組んできた。 - 設計者は、密度や引張特性などの実際の性能データを活用可能である点に利点がある。 - プロセス制御ドキュメントとして、内部のISO標準として重要なプロセスパラメータを固定?管理する。 - プロトタイピングから量産への移行時に同一の結果を提供する一貫した品質保証 - AM業界の課題は標準化の欠如による信頼性と一貫性への懸念 - Materialiseの目標はデータ共有と透明性を通じた業界全体の標準化の促進である - 長期的な展望として、AMにおける普遍的な標準企画の確立と企業のリスク認識の解消が必要で、データとプロセスの共有による一貫性の証明がポイント https://lnkd.in/gBV4a4GW　 Gert Brabants, Director of Manufacturing at Materialise, discusses the difference between prototyping and series production in Additive Manufacturing (AM), and the importance of process control and data sharing in AM. In summary: "Building trust in additive manufacturing (AM) through transparency of process control". - The difference between prototyping and mass production is the importance of consistency (repeatability) between orders. -Transparency of process control and data sharing are key to creating trust in AM, - Materialise has worked to accumulate a 'data lake' of process control data over the past 5-10 years. Designers benefit from the availability of actual performance data such as density and tensile properties. - As a process control document, it fixes and manages key process parameters as an internal ISO standard. - Consistent quality assurance that provides identical results when moving from prototyping to mass production. - AM industry challenges are reliability and consistency concerns due to lack of standardisation - Materialise's goal is to promote industry-wide standardisation through data sharing and transparency. - Long-term vision: establishing universal standards in AM and eliminating companies' perception of risk - Action needed: prove consistency through data and process sharing

CALL FOR ABSTRACTS! Recently I was honored to be included as a Co-Organizer for the @ASTM International Additive Manufacturing Center of Excellence’s Conference on Advanced Manufacturing, Directed Energy Deposition. The Directed Energy Deposition process is a vital and growing part of a diverse supply base which the ICAM Symposia website summarizes as: “Directed energy deposition (DED) processes offer many unique capabilities for component manufacturing and repair applications. Many industries, including aerospace, energy, mining, marine, tooling, and construction, have begun realizing the benefits of these processes in recent years, while other industries are still in the nascent stages of adoption.” (https://lnkd.in/g9MeHJWS) ?? Call for Abstracts Now Open! Are you passionate about advanced manufacturing? We want to hear from you! Submit your abstract for a chance to present groundbreaking ideas and solutions at #ICAM2024. ?? Submission deadline is March 15 https://lnkd.in/gx_rhzd7

Read more about the presentation by Marco Mastrovito here below and learn how we at IMI Process Automation deliver innovations to our customers ??

Manufacturing Technology Roadmaps: A How to Innovation Workshop ??? Tuesday, October 15 ?? 9am - 1pm Are you a small or medium-sized enterprise (SME) facing a challenge that needs addressing? If so, our upcoming workshop is the perfect opportunity for you. Gain access to the expertise of the AMRC Cymru’s engineers, who will equip you with the knowledge and tools necessary to create Manufacturing Technology Roadmaps (MaTRo) tailored to the specific issues within your business. Through developing a MaTro, you can: ?? Assess your current operational state ?? Identify the problems that need solving ? Look at how those problems may be solved Learn the skills and support your business's growth, register your place: https://ow.ly/iLMX50Tw2Oy #Wales #Innovation #BusinessGrowth