B9Creations | Digital Manufacturing Technology’s Post

👏We’re beyond excited to share a sneak peek of the Ethalox engine we had the pleasure of 3D printing for the Chimp Space Lander Team. 🚀This isn’t just any engine- crafted from AlSi10Mg using our advanced additive manufacturing tech, it’s lightweight, super strong, and packed with the precision needed for their space mission. 💥Looking how our tech brought their complex design to life—especially that pintle injector for smooth fuel flow—was really something. And with 630 lbf of thrust, plus the ability to throttle down to 40%, we’re confident this engine is going to help them do amazing things.😎 #HBDAdditiveManufacturing #Metal3DPrinting #SpaceExploration #EngineCombustionChamber #AviationManufacturing #3DPrintedEngine #AlSi10Mg #AerospaceEngineering #InnovationInSpace #PintleInjector #AdvancedManufacturing

Two years ago, I presented a research paper for my master’s degree, exploring the impact of AI on industry and manufacturing processes. In that paper, I highlighted the C21 car as compelling evidence supporting my vision: AI enables variety to become a competitive factor in ways previously unattainable. 🚗🤖📝 #Cavin_Zinger #C21 #Ai #Industry

The sky's the limit with SLA 3D printing in aerospace! 🌌✨ From rapid prototyping to complex part designs, this technology is transforming how we build aircraft. What innovations are you most excited about? SLA 3D Printing in Aerospace: Key Benefits Rapid Prototyping: Speeding up design iterations! Complex Geometries: Creating intricate parts that are lightweight and strong. Cost Efficiency: Reducing material waste and production costs. #Aerospace #3DPrinting #SLA3DPrinting #AerospaceInnovation

✨ Pro Football Helmet from 3D Printed Lattices ⛑ 💡 More and more sporting goods companies are turning to 3D printed lattices as a potential alternative to conventional foams for protective gear. 🚀 Xenith and materials company BASF collaboration. 🦾 This new product was made by using of printed lattice for performance and comfort: 🔥 The Orbit X Pro by Xenith. ℹ But 3D printing doesn’t deliver all the protection alone; instead, the Ultrasint TPU01 lattice is sandwiched between an Ultramid PA 6 injection molded nylon shell for immediate impact resistance and Elastopan/Elastocast polyurethane foam for the player’s comfort. 🎯 The lattice’s primary role is dissipating the energy from an impact, as well as weight reduction and allowing for airflow through the helmet. 🤝 The Orbit X Pro is one of the lightest helmets on the market, and will be available to NFL players as well as some collegiate players beginning with the 2024 football season. Credit : Xenith #Xenith #OrbitPro #Helmet #3Dprinting #Lattice #Football #innovation 👉 Follow me Levent Coskun to stay up to date on #robotics #AI #hightech and #innovation. To get notifications about my posts please activate the notification bell 🔔 in my profile

3D-Printable PEKK to Replace Aluminum Eaton unveils a game-changing #3D printable carbon-fiber-reinforced PEKK, set to replace aluminum in aircraft air ducts. This innovation offers a faster, more flexible, and cost-effective solution for meeting stringent industry requirements. Traditionally, aircraft ducts faced challenges with ESD, flammability, and more, driving the reliance on formed aluminum. Eaton's additive manufacturing approach, using a pellet-fed 3D printing system, introduces a carbon-fiber-reinforced PEKK material that has undergone rigorous testing, presenting a potential toolingless solution. Check out the video of The Cool Parts Show: https://lnkd.in/d4seAVA6 Read more in the following article: https://lnkd.in/dhvSiApK #Aerospace #innovation #3DPrinting

Revolutionizing aerospace manufacturing with 3D Printing! 🚀✨ Dive into the market where innovation meets aviation excellence. Paving the way for lightweight, complex parts and rapid prototyping. Embrace the future of aerospace engineering with advanced additive manufacturing technology!🛫 #Aerospace3DPrinting #AviationInnovation #AdditiveManufacturing 🌟🔧

Robotic 3D Printing: Unlocking the Path from Ideas to Reality 🚀🔗 In this captivating video, witness the convergence of cutting-edge technology: robotic 3D printing. 🤖🖨️ 🌟 Why is this exciting? 🔹Speed: Rapid prototyping has never been swifter. 3D printing allows you to iterate and refine your designs at lightning speed. 🔹Precision: These robotic arms meticulously layer material, translating your vision into tangible prototypes with unparalleled accuracy. 🔹 Accessibility: From engineers to educators, 3D printed robots democratize innovation. They're not just for the tech elite; they're for everyone.

"This is a robotic arm! 🤖 With 6 moves and wireless control via an app, it's not just cool, it's incredibly useful. Crafted with precision using special motors & 3D printing. It's more than tech—it's about human creativity. Let's inspire and innovate! 🚀 #Robotics #Engineering #Innovation"

"This is a robotic arm! 🤖 With 6 moves and wireless control via an app, it's not just cool, it's incredibly useful. Crafted with precision using special motors & 3D printing. It's more than tech—it's about human creativity. Let's inspire and innovate! 🚀 #Robotics #Engineering #Innovation"

Last week, we participated in the Panel "Innovations in Mobility through Additive Manufacturing" during ReAM Show – Middle East Reverse Engineering & Additive Manufacturing Show. During the panel, we discussed the latest advancements in 3D printing technologies for applications in maritime, automotive, aerospace, and other transportation sectors. We also highlighted some of the recent groundbreaking projects we have worked on: the electric 3D-printed Abra and the 3D-printed taxi boat that shattered a Guinness World Record. These endeavors showcase the transformative potential of additive manufacturing in revolutionizing transportation across industries. In addition, we explored the vast potential of Additive Manufacturing for innovation and disruption across a diverse range of industries. #ReAM #AlSeerMarine #AdditiveManufacturing #Mobility #Innovation