Engineering Update ⚙️’s Post

🚀 At the XLV AISRE Conference, researchers from Università Politecnica delle Marche presented a study on the role of 3D printing technology in advancing digitalization and strengthening technological sovereignty. 📖 Paper's Authors: Donato Iacobucci, Valentina Giannini, Martina Orci 📖 Key objectives: 1. Understand the link between the development and adoption of 3D printing, especially in the context of technological sovereignty. 2. Provide insights on how companies and regions can leverage 3D printing to enhance their digital capabilities. 3. Inform policymakers on strategies to stimulate both the development and diffusion of 3D printing, supporting regional and national industrial policies. 📖 Preliminary results: - The study found that 3D printing patent applications are heavily concentrated in a few countries, with the United States leading, followed by Germany and Japan. - In Italy, the development and adoption of 3D printing are still in their early stages. However, regions with higher technological development show higher adoption rates of 3D printing technology. - Challenges remain, particularly in scaling 3D printing for production, overcoming limitations like low speed, and bridging the technical knowledge gap. This innovative work not only highlights the role of 3D printing in digital transformation but also provides valuable insights for policymakers and industry leaders to accelerate innovation and adoption. "Achieving technological sovereignty in 3D printing is not just a goal, but a necessity for the future competitiveness of Europe’s industrial landscape." #c2i #innovation #3DPrinting #digitalsovereignty #technology #policymaking #digitalization #univpm #AISRE2024 #research

ValCUN joins Brainport Industry Campus in Eindhoven for the 3DOP project in collaboration with AMcubator, aiming to optimize metal 3D printing for high-volume production. For daily news and analysis subscribe to the https://lnkd.in/gs95BvE8 newsletter. #Transport #Logistics #Vehicles

Seeing GE Aerospace’s strong results and continued demand for their LEAP engines, powered by 3D-printed fuel nozzles, reminds us of the powerful, long-term impact that 3D printing can have on industries worldwide. As I reflect on GE Aerospace's historic success with the 3D-printed fuel nozzle, it's clear that true innovation requires time and commitment. When GE and its partners started to develop this component, it was more than an engineering feat; it was a long-term investment in sustainable value and a statement about the transformative power of 3D printing.   Today, years after its launch, the LEAP nozzle remains one of the most compelling success stories in our industry. But the LEAP nozzle is not an isolated case—many existing and future applications show that the most impactful breakthroughs often require patience and the vision to see beyond immediate results.   This is an important lesson for those who question if 3D printing can truly deliver on its promise as a game changer: 3D printing is a “Slow Revolution” where each innovation paves the way for the next. Believe me, we’re just getting started!

3D printing in the Aerospace industry allows for rapid prototyping of aerospace components, enabling engineers to quickly iterate and refine designs. This accelerates the product development cycle and helps in achieving optimal designs. Plastic 3D printing enables the production of lightweight yet strong structural components. Lightweight materials are crucial in aerospace for reducing fuel consumption and enhancing overall efficiency. https://bit.ly/3PC8KuU #3Dplastics #innovation

#Day67 of #100Days of #3DPrintingLearningseries! with Mithra3dtech : #Rocket Lab’s 3D Printed #CarbonCompositeRocket Today’s highlight showcases an incredible achievement in the aerospace industry: Rocket Lab has 3D printed the world’s largest carbon composite rocket using their custom-built, massive 90-ton #3D #printer. #The_Challenge: Traditional #rocket manufacturing is both time-intensive and costly, particularly when dealing with large-scale components. Rocket Lab aimed to reduce the complexity, time, and costs involved in building large rockets while improving payload capacity and efficiency. #The_Solution: By using advanced 3D printing, Rocket Lab produced large, single-piece carbon composite parts. These components are not only lightweight but also incredibly strong, allowing for greater payloads and enhanced durability. This innovative use of carbon composites and #3Dprinting has allowed Rocket Lab to streamline its production process, making it more sustainable and efficient. #The_Impact: 1. Time and Cost Efficiency: Large-scale 3D printing reduced manufacturing times and minimized material waste. 2. Increased Payload Capacity: Lightweight carbon composites allow the rocket to carry more weight to space, which is crucial for delivering larger payloads. 3. Pioneering Scale in 3D Printing: Rocket Lab’s work is a testament to how 3D printing technology can be scaled up for complex aerospace applications. Rocket Lab’s achievement represents a new frontier in aerospace engineering, showing how 3D printing can redefine production for space exploration. For the full story, read more here. https://lnkd.in/enCbr24x #3DPrinting #RocketLab #Aerospace #CarbonComposite #SpaceTech #AdditiveManufacturing #Mithra3DTech

The realm of theoretical physics and literature has leaped into reality with the first-ever 4D printed object, transforming our understanding of material science. Unlike traditional 3D printing, which creates static objects, 4D printing introduces time as the fourth dimension, enabling objects to change form or function over time in response to stimuli like heat, light, or water. This groundbreaking achievement, rooted in intelligent materials such as shape memory polymers, allows for self-assembly and dynamic transformation, marking a revolutionary advancement in technology. The concept, initially proposed by Skylar Tibbits of MIT’s Self-Assembly Lab in 2013, has now materialized into a functional object capable of autonomous shape-shifting. This innovation opens new frontiers in design and engineering, promising to redefine our interaction with the physical world. As we navigate this new dimension of technology, 4D printing stands poised to revolutionize our relationship with material objects and expand the limits of human creativity. #4DPrinting #TechInnovation #MaterialScience #FutureTechnology #MIT #SkylarTibbits #IntelligentMaterials #ShapeMemoryPolymers #SelfAssembly

🔬 Lockheed Martin Successfully 3D-Prints Liquid Crystal Polymers in Space 💰 📊 IMPACT ANALYSIS - Impact Timeline: Long-term - Scope: Global - Value Chain: Materials, Hardware, End-use 📌 OVERVIEW - 📌 Lockheed Martin’s successful zero-gravity 3D printing of liquid crystal polymers (LCPs) marks a major step towards in-space manufacturing. 💡 STRATEGIC SIGNIFICANCE - Market Impact: Opens new possibilities for on-demand manufacturing in space, reducing reliance on Earth-based supply chains. The nascent space manufacturing market is projected to reach $10B by 2030. - Technical Impact: Demonstrates the feasibility of complex material processing in microgravity, paving the way for advanced in-space construction and repair. - Competitive Impact: Positions Lockheed Martin as a leader in space-based additive manufacturing, potentially attracting significant investment and partnerships. 🔮 FUTURE IMPLICATIONS - Short-term (0-6 months): Further experimentation and optimization of LCP printing processes in orbit. - Long-term (1-2 years): Development of in-space 3D printing facilities for producing critical components and structures. 🔍 Key Takeaway: In-space manufacturing is becoming a reality, with potential to revolutionize space exploration and commercialization. #AdditiveManufacturing #AMIndustry #3DPrinting #3D-Printing #AdvancedManufacturing #AMPulseDaily #WeeklyVentures #SpaceManufacturing #LockheedMartin #LCP #InSpaceManufacturing #ZeroGravity #3DPrintingInSpace --- 💡 Did we miss any important AM news today? Share in the comments below - let's crowdsource intelligence together!

🌱 Exciting news in the world of 3D printing! Researchers from MIT's Center for Bits and Atoms, along with collaborators, have developed a groundbreaking method to automatically identify parameters for printing with renewable and recyclable materials. Their work, published in Integrating Materials and Manufacturing Innovation, addresses a key challenge in 3D printing: adjusting settings for each material, often done manually. By modifying the extruder and leveraging mathematical functions, their printer can now determine optimal parameters, reducing the need for manual tuning by half. This innovation paves the way for more sustainable 3D printing practices, with the potential to utilize bio-based and recycled materials effectively. #3DPrinting #Sustainability #Innovation #MITResearch 🌱🖨️

🌟 Unveiling the Future: 4D Printing Journal—Where Time Meets Innovation by Prof. Ali Zolfagharian and Prof. Mahdi Bodaghi! 🌟 A big shoutout to Prof. Ali Zolfagharian from Deakin University and Prof. Mahdi Bodaghi from Nottingham Trent University for spearheading an extraordinary initiative—launching the world's first journal solely dedicated to 4D Printing! 🚀 Journal link- https://lnkd.in/gH84E74H. 🌍 This game-changing journal is dedicated to cutting-edge research on dynamic entities that respond to environmental stimuli by incorporating time as the fourth dimension. "4D Printing" brings together the brightest minds to push the boundaries of materials and manufacturing science. 📖 Aims and Scope: The journal focuses on innovative fields such as: 4D and Multi-Material Printing: From bioprinting to hybrid manufacturing. Soft Robotics and Self-Healing Devices: Pioneering the next generation of smart devices. Advanced Simulation & AI-driven Design: Optimizing materials and processes. New Functional and Biomaterials: Expanding applications in healthcare, aerospace, and beyond. Whether you're into smart materials, bioprinting, or robotics, this journal is the go-to hub for the latest innovations. Join us in celebrating this groundbreaking endeavor! 🌟 📬 Open Call for Papers: They are now accepting submissions for thier inaugural issue! Key topics include: 4D printing of soft robotics, sensors, and self-healing devices Advanced multi-material and bioprinting techniques New biomaterials and AI-driven design for 4D printing 🔗 Submit Your Paper: Submit your groundbreaking research via ScholarOne here (https://lnkd.in/gg9ermNC). Before submitting, be sure to consult the journal's author guidelines for a seamless submission process. 📧 For more info, contact: Prof. Ali Zolfagharian, Deakin University - Australia: a.zolfagharian@deakin.edu.au Prof. Mahdi Bodaghi, Nottingham Trent University - UK: mahdi.bodaghi@ntu.ac.uk #4DPrinting #AdditiveManufacturing #SmartMaterials #EmeraldPublishing #ResearchInnovation

Attention all material science 3D Printing Applications innovators! 🚀 Applied Materials Today is calling for groundbreaking research discoveries. This is your chance to contribute to a prestigious journal and make an impact in the field. 🌟 3D printing, now beyond mere prototypes, is revolutionizing industries. In healthcare, it customizes implants, prosthetics, and even prints tissues with living cells. Aerospace benefits from lightweight, complex parts, reducing costs and boosting efficiency. In construction, 3D printing builds homes faster, potentially easing housing crises. Fashion and art embrace unique geometries and personalized creations, while education leverages it for hands-on learning experiences. With advancements in materials and precision, the horizon for 3D printing applications seems limitless, heralding a future where custom, on-demand production could become the norm. We invite submissions of cutting edge articles from experts from the field. Don't miss this opportunity to showcase your work on an international stage. Submit your paper now and be a part of shaping the future of materials science. Let's innovate together! 💡🔬 https://lnkd.in/et-vZJ9X #MaterialsScience #Research #CallForPapers #Innovation #ScienceDirect