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Elodie Petit retweeted
Topology optimization of a hip implant for additive manufacturing. asmedigitalcollection.asme.o… #additivemanufacturing #medicaldevice
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🔗 doi.org/10.3221/IGF-ESIS.77.… 🗞️ In this study, we investigate the mechanical properties of 17-4 PH stainless steel specimens produced via MEAM with a particular focus on the fatigue behavior and the role of geometrical features. #AdditiveManufacturing #Fatigue #StainlessSteel
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Fastform Deskfab X1 DMLS metal 3D printer installation successfully completed at Prashant Dental Lab, Davanagere, Karnataka Precision, speed, and next-gen AI metal printing—all under one roof. * DeskFab X1 Cobalt-chromium DMLS printer successfully installed * Delivers ultra-accurate metal frameworks & copings with rapid turnaround * Boosts workflow efficiency for a smooth, fully digital lab experience * AI-driven workflows reduce rework & enhance final outcomes * Supports both Cobalt-chromium and NP Metal workflows * Original Licences for AI driven Fast Layer software for super-fast Slicing and Fast Fab Machine operation software included!! * Installation, Training and Support Included! Here’s to smarter technology and elevated dental excellence! #AIDrivenManufacturing #FastLayerAI #DigitalWorkflow #AdditiveManufacturing #Dentalkart
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Check out our recent video covering the importance of saving weight in drones youtu.be/Xes4m3B2eJU?si=3wZC… #visionminer #22idex #3dprinting #additivemanufacturing #drones
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3D printing expert teams up with a car enthusiast... Joe brought this miniature Mercedes-AMG to life with 3D printing, and the details came out incredible. Bonus points if you know who the license plate is for! #3DPrinting #MercedesAMG #AdditiveManufacturing #Engineering #CAD
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The Revolutionary 3D-Printed Flexible Basketball In the world of 3D printing, objects are often associated with rigid and inflexible results. Yet groundbreaking designs are changing this view by producing fully functional, elastic items. A striking example is a specially engineered ball created on a 3D printer using advanced flexible filaments. This ball features a sophisticated lattice and honeycomb structure both externally and internally, enabling it to compress, rebound, and bounce with impressive energy — behaving much like a traditional basketball. The secret lies in the combination of elastic materials and intelligent internal architecture. The porous grid design provides structural integrity while allowing natural deformation and recovery, eliminating the need for air inflation. This airless construction results in a durable, low-maintenance product that can withstand repeated impacts. Such innovations open exciting possibilities for custom sports gear, educational models, and industrial components. They prove that 3D printing has evolved far beyond static prototypes into a powerful tool for creating dynamic, high-performance objects through clever material science and engineering. #decw #3DPrinting #AirlessBasketball #FlexibleMaterials #Innovation #AdditiveManufacturing
كرة مطبوعة بطابعة ثلاثية الأبعاد، العادة ترى مطبوعات غير مرنة، لكن هذه مختلفة عن العادة.
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New to @Polymaker_3D? Time to upgrade your loot pool. Use my link and code to get 15% off your first Polymaker order. Great filament, cleaner prints, fewer headaches, and more time building the stuff you actually want to make. Link: shop.polymaker.com/ROGUECMDR… Code: ROGUECMDR3D Affiliate link. Thanks for supporting what I’m building. Print. Loot. Repeat. #3DPrinting #3DPrinter #MakersGonnaMake #MakerCommunity #AdditiveManufacturing #CosplayMakers #PropMaking #TabletopGaming #Miniatures #STEM #DIY
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Unleashing the power of industrial 3D printing 🖨️💪. How @MohawkCollege is introducing Ontario companies to the full potential of #AdditiveManufacturing, from prototyping to commercial production. bit.ly/3RjNyyp #CFIFunded @ISED_CA
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$VELO is a leading company in metal additive manufacturing (3D printing), specializing in the production of high-performance, complex components for the aerospace and defense sectors. The stock saw strong gains today, driven by the finalization of defense contracts. Key strengths: Precision metal 3D printing technology is indispensable for lightweight and structurally complex components; the company has established long-term partnerships with industry giants such as SpaceX; and the proportion of defense orders has increased significantly. Future Trends: Supply chain restructuring and increased defense budgets are driving the adoption of additive manufacturing. Management has provided optimistic full-year guidance, with a clear target for positive EBITDA in H2. The long-term trend toward technological substitution is well-established, indicating significant growth potential. #VELO #Velo3D #Metal3DPrinting #AdditiveManufacturing #DefenseTech #Aerospace3D
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Phoenix Scientific Industries Ltd (PSI) has reported the successful development and scale-up of a process for coating 316L stainless steel powders with boron nitride nanoparticles for #additivemanufacturing applications- metal-am.com/psi-scales-up-b… #3dprinting #research #metalpowders
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Through this strategic partnership, Legor integrates Tritone’s patented MoldJet® technology into its 3D Metal Hub, expanding its capabilities with 3D printing in Gold and Platinum. hubs.li/Q04l9_WF0 #AdditiveManufacturing #Jewellery #Luxury #PreciousMetals #Innovation
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