Discover how 3D Systems took the "personalities" out of metal AM through reliability and repeatability testing to produce an MMPDS style material allowable using the DMP Flex 350 and LaserForm Ti Gr23 (Ti-6Al-4V ELI) with Jeph Ruppert during Additive Manufacturing Advantage: Aerospace, Space and Defense (AMAA). Join us for free online on July 16th at 11:30 am PDT for 'Generation of Titanium Material Allowable Data for Laser Powder Bed Fusion': https://lnkd.in/eRpA35Kp
3D Systems Corporation’s Post
More Relevant Posts
-
Exploring the Evolution of Gyroscopes: Mechanical vs. Ring Laser Gyros (RLGS) 🔄 Discover the pivotal differences between traditional mechanical gyros and advanced Ring Laser Gyros (RLGs) in aerospace and defense. Uncover how these innovations are reshaping precision and integration in critical systems, elevating performance where it counts. #AerospaceEngineering #PrecisionEngineering #Gyroscopes #RLG #AdvancedNavigation #AerospaceTechnology #InnovationInFlight
-
Transformational processes such as an all-digital design and Additive Manufacturing significantly reduce cost and schedule. #advancedengineering #additivemanufacturing #innovation #3dprinting
Lockheed Martin optimises hypersonic Mako missile with Additive Manufacturing ➡️ Read more: https://lnkd.in/g-ZGV8sJ Lockheed Martin has reported that its multi-mission hypersonic Mako missile, is among the company’s first generation of missiles designed entirely in a digital engineering ecosystem. #additivemanufacturing #3dprinting #hypersonic #aerospace
-
-
Used in aerospace and defense propulsion applications requiring strength at sustained high operating temperatures, ATI C103™ is a niobium alloy that's #ProvenToPerform in any environment. ATI C103™ is a spherical powder used in electron beam, laser powder bed, direct energy deposition, and cold spray technologies to support #AdditiveManufacturing of complex and critical geometries. Learn more about this high-strength alloy at RAPID + TCT from June 25-27 at Booth 830. #RAPIDTCT24 #MaterialsScience
-
-
“It doesn't matter what the part is, what it goes on, everything additive is considered high risk.” From Greek Philosophy to self-healing materials and submarine engineering to rocket engine manufacture, the 2024 Additive Manufacturing for Aerospace, Defence and Space (AMADS) Conference was the setting for a wide ranging discussion about additive manufacturing's implementation in the aforementioned fields. Across two days of conferencing, here's what we learnt - featuring the development of a formal AM strategy at the Ministry of Defence, how NATO is working to address the industry's calls for digital inventories, and why the UK is playing catch up to the US. “Compared to where we were two years ago, we are far more mature, far more coherent.” Read more >> https://lnkd.in/du5Ubvdt #3DPrinting #AdditiveMfg #Defence #Aerospace
-
-
Last week, I sat among 200 delegates from aerospace & defence organisations, primes and suppliers as they discussed the success they've had with additive manufacturing so far, and what they need to take application of the technology to the next level. It included the development of standards and strategies, digital inventories and next-gen vehicles, and plenty of discussion about cost, education & training too. The conference consisted of 30+ speakers across two very long days of conferencing, so I haven't been able to include everything (and, as someone who works for an event organiser, I'd obviously encourage you to buy a ticket to such events if you want to know everything that was discussed), but this hopefully provides a flavour of last week's Defence iQ AMADS Conference and the implementation of AM in the aerospace & defence sectors generally. Additive manufacturing in defence - 5 things we learnt from the 2024 AMADS Conference >> https://lnkd.in/eS9h2VsV #3DPrinting #AdditiveMfg #Defence #Aerospace
“It doesn't matter what the part is, what it goes on, everything additive is considered high risk.” From Greek Philosophy to self-healing materials and submarine engineering to rocket engine manufacture, the 2024 Additive Manufacturing for Aerospace, Defence and Space (AMADS) Conference was the setting for a wide ranging discussion about additive manufacturing's implementation in the aforementioned fields. Across two days of conferencing, here's what we learnt - featuring the development of a formal AM strategy at the Ministry of Defence, how NATO is working to address the industry's calls for digital inventories, and why the UK is playing catch up to the US. “Compared to where we were two years ago, we are far more mature, far more coherent.” Read more >> https://lnkd.in/du5Ubvdt #3DPrinting #AdditiveMfg #Defence #Aerospace
-
-
Today is a landmark day for the Research in Flight team. We have joined Altair to allow us to bring #FlightStream to a wide aerospace, defense and marine market worldwide. This is in line with our commercialization plans outlined during the #AFWERX-funded development phases over the last couple of years. With this change, we expect to leverage Altair global engineering, sales and support teams to ensure that #FlightStream becomes the standard early-design aerodynamics software for the future! #OnlyForward #FlightStream
We are thrilled to announce that we have acquired Research In Flight (RIF), which provides computational fluid dynamics software for a variety of industries, including aerospace, defense, automotive, marine, and more. This addition to our solution set forges a new path for aerodynamic analysis and pushes the boundaries of modern computational techniques. #FlightStream #OnlyForward https://lnkd.in/ghgZMifi
-
-
Join Us on March 13th for a LIFT Off #Webinar! 🚀 Arnold Magnetic Technologies Presents: Innovations in Industrial Magnetics for Aerospace & Defense 📅 Save the Date: March 13th, https://lnkd.in/gCvFzUWK 📅 🔍 Are you in the #Aerospace & #Defense sector, seeking cutting-edge solutions and top-notch services? Look no further! Arnold Magnetics, a leading US-based corporation, invites you to a webinar that will revolutionize the way you view industrial magnets. The Arnold Magnetic team will provide an introduction on its capabilities to support advances in material science. Webinar Highlights: - Insights into Industrial #magnet Innovations: Learn about the latest advancements in industrial magnets that can elevate your projects. - Interactive Q&A Session: Engage with our experts, ask questions, and get personalized insights for your specific needs. What You'll Learn ✅ How AMT's manufacturing capabilities can support teams working on advances in material sciences. ✅ AMT's varied capabilities and services. Register today!
-
A very interesting acquisition allowing to complete the fast design process and speed up the simulations of CFD analyses!
We are thrilled to announce that we have acquired Research In Flight (RIF), which provides computational fluid dynamics software for a variety of industries, including aerospace, defense, automotive, marine, and more. This addition to our solution set forges a new path for aerodynamic analysis and pushes the boundaries of modern computational techniques. #FlightStream #OnlyForward https://lnkd.in/ghgZMifi
-
-
Pixus Technologies’ OpenVPX Chassis Platforms are designed for rugged environments, offering robust performance in high-vibration, temperature-variant, and harsh settings. These chassis platforms ensure reliable operation under challenging conditions, making them ideal for military, aerospace, and industrial applications. Key Features: - Durable Construction: Mechanical stability and thermal management for reliable performance in rugged environments. - Versatile Configurations: Customizable to meet specific power, cooling, and size requirements. - Advanced Cooling Options: Air, liquid, and conduction cooling solutions for high-performance thermal management. - Standards-Based Design: Adhering to the VITA 65 specification for compatibility with a wide array of VPX boards and systems. Pixus’ OpenVPX chassis platforms offer rugged performance, scalability, and customizability for mission-critical environments. Reach out for more details on how these platforms can enhance your systems! #OpenVPX #RuggedEnvironments #Aerospace #Defense #IndustrialApplications #ThermalManagement #PixusTechnologies #HighPerformance
-
-
In the Aerospace & Defense industry, the use of advanced polymers like Polyetheretherketone (PEEK) is revolutionizing component design. #AerospaceInnovation #DefenseTech #FutureOfFlight #PolymerInnovation #AerospaceEngineering #PEEK
