Peter Zelinski’s Post

Embark on a journey to the roots of #metal #3Dprinting. In the 1990s, DMLS laid the groundwork, but it wasn't until the mid-2000s that high-quality metal #prints emerged. The game changer? Direct energy deposition (#DED), which paved the way for #innovation. This article unveils the story behind metal 3D printing, breaking it down into five intriguing chapters: ✅ The Birth of Metal 3D Printing ✅ The Journey Towards Additive Manufacturing ✅ Integration - The Essential Development of LBW ✅Wire-laser Metal Deposition and how the multi-laser #Meltio #DepositionHead changes it all! Experience the seamless magic of turning your ideas into reality with just a touch.✨ Curious to know more? Swipe up to embark on this fascinating journey through the roots of metal 3D printing! 🔓 https://lnkd.in/g8jHmFxt Meltio #3dprinting #metal3dprinting #additivemanufacturing #automobile #metaladditivemanufacturing #weldingwire #manufacturing #aerospace #automobile #industrial #3dprinter #metal #materials #mechanical #metal3dprinter #monotech #3dmonotech #technology #laser

I attended a webinar titled 'Metal 3D Prining vs. Casing'. Date: June 23, 2021 Presenter: Mr. Ethan Rejito About the Event The webinar emphasised the transformative potential of metal 3D printing, not merely as a supplement but as a practical alternative to conventional casting methods. Three pivotal aspects were highlighted: rapid prototyping, efficient mass production, and superior product quality. Metal 3D printing offers unparalleled advantages in prototype development, facilitating complex designs, quick revisions, and multiple testing iterations, in stark contrast to casting's time-consuming tooling and manufacturing processes. Moreover, the technology boasts remarkable speed and cost-efficiency, with the binder jetting method purportedly accelerating production by up to 100 times compared to casting while simultaneously reducing costs. Lastly, products manufactured via metal 3D printing meet stringent quality standards, aligning with industry benchmarks and ensuring consistently high-quality output.

Are you considering the cost of production parts solely on a per-piece basis? It's time to rethink your approach! Redesigning parts for 3D printing not only opens doors to added functionality, but also significantly reduces part count and minimizes the risk of failures like leakage. When comparing conventional manufacturing to additive manufacturing, it's crucial to account for these factors from the get-go. Seen here: This integrated pneumatic valve & manifold was printed DMP Flex 350 Dual metal printer with LaserForm AlSi10Mg (A) material Ready to dive deeper into the benefits additive manufacturing brings to Brake Systems and Pneumatic Controls? Download the application brief: https://lnkd.in/g7cShTDV #additivemanufacturing #3dprinting

SLM (Selective Laser Melting) is the selective laser melting molding process. It is the most common technology in metal 3D printing and molding. It was first proposed by the Froounholfer Institute in Germany in 1995. It is a rapid prototyping technology for metal powder. It can be used to directly form metal parts that are close to complete density. Mainly evaluate mainstream aerospace valve bodies, impellers, and structural parts; automotive high-speed prototyping and custom parts; injection molds; high-value medical device components, etc. #design #3dprinting #printingindustry #printingservice #printingtechnology #3dprinted #3dprint #3dprintingindustry #3dprintingservice #prototyping #SLA #manufacturing #resin #3dprinter #production #3dmachine #rapidprototyping #painting

Metal bellows are flexible metal junctures for connecting machine components that might need to expand or move. They are typically manufactured by forming tubes of sheet metal, but this process relies on tooling that limits design possibilities and can make the bellows costly. Mechanical engineer Dr. Günter Kappler has developed metal bellows that can instead be manufactured via laser powder bed fusion. After designing and 3D printing multiple iterations of these parts, Kappler ultimately landed on a solution that looks quite different from a standard round bellows, but has performed comparably in testing. See the design (as well as some other iterations created along the way) and learn what it takes to 3D print flexible metal components in this episode of #TheCoolPartsShow: https://lnkd.in/gAKU7d3m The #CoolParts Show is sponsored by Carpenter Additive. #additivemanufacturing #3Dprinting #bellows #LPBF

🚀 Check out this quick video from Jaime Garcia showcasing the power of Direct Metal Printing (DMP): 🔹 Eliminating assembly 🔹 Light-weighting 🔹 Support-free printing Watch to see how DMP is revolutionizing manufacturing! 💡💪 #Innovation #Manufacturing #Engineering #Technology

🗣#CostumersVoice: Revolution in the depowdering of metal-based additive manufacturing! 🚀SLM Solutions had to face several challenges during development and production. 💡 In just under a year, Grenzebach has developed an automated depowdering solution that allows for the mass production of metal components on an industrial scale, with minimal manual intervention and cost-efficiency. 📈A lot of loose powder clinging to the component must be removed in powder-based 3D metal printing after the build job. This is often still done manually. 🔎 SLM Solutions was looking for a partner for its NXG XII 600 3D printer to develop an automated depowdering solution for its customers with huge components (up to 2.3 tons) that would minimize manual intervention but remain cost-efficient. #3DMetalPrinting #CostumersVoice #Depowdering #SLMSolutions #Grenzebach #NXGXII600 #AutomatedDepowdering #MassProduction #IndustrialScale #CostEfficiency #additivemanufacturing

Just stumbled upon this article on Laser Metal Deposition (LMD) by Meltio and thought it was too good not to share. Whether you're a pro or just curious about the latest in 3D metal printing, this article breaks down the LMD process in a way that's super easy to grasp. It's a great read for anyone looking to stay up-to-date with the evolving world of additive manufacturing. Give it a look and let me know what you think! Want to learn more about Metal printing - call me at: (0045) 93405092 or write me at anders.wolff@3dverkstan.dk #3DPrinting #AdditiveManufacturing #Innovation"

Why cast metal with 3D printed sand? Read our blog post for ten reasons to use 3D printed sand, including faster delivery times, design freedoms and cost savings. Comment and share with us some of your thoughts on the benefits of sand 3D printing! https://bit.ly/3vIb8ua

Embark on a journey to the roots of #metal #3Dprinting. In the 1990s, DMLS laid the groundwork, but it wasn't until the mid-2000s that high-quality metal #prints emerged. The game changer? Direct energy deposition (#DED), which paved the way for #innovation. Our article unveils the story behind metal 3D printing, breaking it down into five intriguing chapters: ✅ The Birth of Metal 3D Printing ✅ The Journey Towards Additive Manufacturing ✅ Integration - The Essential Development of LBW ✅Wire-laser Metal Deposition and how the multi-laser #Meltio #DepositionHead changes it all! Experience the seamless magic of turning your ideas into reality with just a touch.✨ Curious to know more? Swipe up to embark on this fascinating journey through the roots of metal 3D printing! 🔓https://lnkd.in/eYzaXUdJ #3dp #3dprinting #metal3dprinting #metaladditivemanufacturing #weldingwire #3d #3dprint #additivemanufacturing #manufacturing #3dprintedmetal #metal3d #engineering #innovation #technology #metal #welding #metal3d #AM #3dprintingindustry #Meltio