LISI AEROSPACE’s Post

Leading the Revolution: Aerospace Additive Manufacturing Market Shows Exponential Growth Trajectory The aerospace additive manufacturing market experienced significant growth in 2023, with projections indicating a staggering compound annual growth rate of 19.70% between 2024 and 2032. As innovation propels us forward, expect to witness transformative advancements shaping the future of aerospace engineering and manufacturing. Join us as we soar to new heights in this dynamic industry landscape. Read Full Reports: bit.ly/3UNe7LX Some of the key players in the market 3D Systems Corporation, ExOne, Optomec, EOS and many more. #marketresearchreports #news #marketoutlook #informesdeexpertos #ide #aerospaceadditivemanufacturingmarket #aerospaceadditivemanufacturing #growth #opportunity

🛫 Aerospace manufacturers are coming up with some of the most impressive and useful additive manufacturing applications today. . . ✔ They’re making highly complex shapes that just couldn’t be manufactured conventionally. ✔ They’re reducing part weight and consolidating complex assemblies into a single part. ✔ And achieving huge time and cost savings in the process. If you’re considering using AM for aerospace, we have a reading recommendation for you! Our white paper outlines some of the most interesting AM applications, the advantages and challenges of AM, with examples of organisations that have succeeded in this space. Why not give it a read? 🔗 https://lnkd.in/e-geeg98 #3Dprinting #AM #additivemanufacturing #aerospace

If you want to understand how additive manufacturing is making an impact in aerospace then this is well worth a read. #aerospace #aerospacemanufacturing #additivemanufacturing

Additive manufacturing has the potential to revolutionise industries with reduced waste, lower energy consumption and complex design capabilities. Despite cost and speed limitations, it's impacting aerospace, medical and energy sectors. Neil Ballinger explains why additive manufacturing isn't universally adopted yet 👉 https://bit.ly/3Y85qOd #AdditiveManufacturing #InnovationInIndustry #ManufacturingTech #AMImpact #EUAutomation

📰The new JEC Composites Magazine is out! This edition will focus on aerospace ✈️, exploring how composites favour a new take-off for the sector. eVTOLs, additive manufacturing, compression moulding and digital twins will be among the topics covered. Also in this edition: Composites used in Paralympics equipment Trends and priorities in the U.S. composites industry How composite materials are redefined with mycelium-based solutions … and much more! Thanks to all the companies and partners taking part in this edition! Have it a read > https://ow.ly/kFcC50SmulT #JEC #JECCompositesMagazine #composites #engineering #CompositeMaterials #CompositesIndustry

Register for this insightful webinar! https://lnkd.in/dmqbtXC4 Meltio's technology provides a perfect platform for manufacturing parts rangingfrom small to extremely large sizes, meeting very tight deadlines, often up to tentimes faster than conventional additive manufacturing methods. This makes itan ideal solution for several industries, including aerospace, power generation,defense, and medical sectors. #Metal3DPrinting #meltio #webinar

🔧🚀 Embrace the Transformation! The future of the semiconductor industry is here, and it's called Additive Manufacturing. Capital equipment manufacturers are under constant pressure to improve precision, deliver faster time-to-market, continually lower costs, and minimise supply chain disruption. The solution? Additive manufacturing.    This technology is changing the game, making things faster, cheaper, and more efficient.   Dive into this Engineering Futures article by 3D Systems Corporation to discover how you can: 📉 Decrease the overall number of parts required for a component by consolidating conventional assemblies 🚀 Increase manufacturing speed across the product life cycle 🔥 Enhance thermal management with unique design possibilities Read all about it there: https://lnkd.in/eHeakwX4   #AdditiveManufacturing #EngineeringFutures #3DSystems

Breaking New Ground in Rocket Engine Design with Additive Manufacturing!    Since the 1960s, the quest for efficient rocket engines has seen significant advancements. The Aerospike engine, known for its potential performance boost of up to 20% over conventional engines, has long been a promising concept. However, its practical application in launchers has faced persistent technical challenges, particularly overheating issues. Enter LEAP71 and Fraunhofer Institute for Casting, Composite and Processing Technology IGCV! Utilizing cutting-edge computational engineering and multi-material additive manufacturing, they have turned the Aerospike engine concept into reality. By employing powder bed fusion with a laser beam, they've crafted an Aerospike engine from two distinct materials, overcoming previous manufacturing hurdles. In collaboration with Nikon SLM Solutions AG, Fraunhofer IGCV has innovated a dual-metal application mechanism for the SLM 280 HL system. This breakthrough enables precise material distribution in every voxel of the component, allowing for unparalleled functional integrations and complex designs. Key Innovations: ▶ High-temperature areas: Crafted from copper for optimal heat conductivity. ▶ Structural load segments: Made from high-strength steel. ▶ Copper ribs: Dual-purpose as cooling and structural elements. This leap in manufacturing technology not only resolves the longstanding overheating problem but also paves the way for more efficient and robust rocket engines.   ▶️ For more details please ask Timo Schröder ▶️ Our network: https://lnkd.in/dga_wbv -   #aerospace #engineering #innovation #aerospikeengine #fraunhofer #LEAP71 #SLMsolutions #additivivemanufacturing #WeKnowAM

💡 Variables Machines Company wins $274,579 award from National Science Foundation (NSF)!🎉 The award is for the development of a reconfigurable print bed composed of an array of linear actuators, which can be individually adjusted in height, thereby eliminating the need for a printed support structure in large format additive manufacturing. This technology aims to drastically reduce the cost, lead time, and material waste associated with large format additive manufacturing. 🚀 This Small Business Innovation Research (SBIR) Phase I project will entail the design of a reconfigurable additive manufacturing print bed and will be instrumental in stirring innovation across the aerospace, renewable energy, automotive, and maritime industries. 🔍 Award details: Small Business Innovation Research Program Phase I Action, Duration: 0.92 years, Start date: August 15, 2024, End date: July 31, 2025. #SBIR #STTR #AdditiveManufacturing #Innovation

Exciting advancements in automotive materials from the University of Michigan College of Engineering. An interdisciplinary team has achieved the first 3D visualization of an aluminum nanocomposite, potentially revolutionizing the auto industry by extending EV range and improving fuel efficiency. Kudos to Professor Ashwin Shahani and his team for their groundbreaking work on understanding the microstructure of this lightweight material, and to our very own EVC Director, Alan Taub, for his insights and contributions to the study. Discover how these findings can transform manufacturing processes and bring stronger, temperature-resistant aluminum alloys to the forefront of automotive innovation. Read more about this pioneering research here: https://lnkd.in/e5KrBzXX #ElectricVehicles #Innovation #MaterialsScience #Nanotechnology #UofM #AutoIndustry