CADimensions, Inc.’s Post

Elevate Your 3D Printing Game with Markforged's latest capability: fiber override sketching 👏 Now, customize fiber placement within each layer, giving you unparalleled control over the strength and stiffness of your 3D-printed parts. Explore the possibilities with continuous fibers like never before. Learn more about this new capability: https://okt.to/vNO8K5 #cadmicro #Markforged #3Dprinting #simulation

Video! 💡 Redesign metal parts specifically for 3d printing - reduce leadtime, cost & weight whilst improving part performance! See how we can help and get in touch for more info #innovation #3dprinting #metal #manufacturing #sustainability

Discover the Future of 3D Printing with Meltio’s Dual-Wire Technology! Meltio’s dual-wire printhead is revolutionising additive manufacturing by delivering unprecedented versatility and precision. Whether it's adding corrosion-resistant coatings or creating complex geometries, this innovation is pushing the boundaries of what’s possible! Read the latest blog to learn more about how Meltio is reshaping the 3D printing landscape > https://ow.ly/syBB50TANB1 Read now and explore: 👉Dual Wire advantages 👉Real-world applications 👉Adaptability of complex geometries #3DPrinting #AdditiveManufacturing #Innovation #Meltio #TechBreakthrough #FutureOf3DPrinting #DualWireTechnology #AdditiveManufacturingRevolution #MeltioInnovation #InnovativePrinting #ManufacturingTechnology #multitrade3dsystems

Explore the groundbreaking technology of 3D CPX wax printing and delve into how it is transforming the printing industry. 🖨️ Discover the endless possibilities that this innovative method offers for creating intricate designs and precise models. Stay ahead of the curve with the latest advancements in printing technology. #3DPrinting #Innovation #JewelryPrototyping #CustomJewelryDesign #JewelryTech #DigitalJewelry #JewelryCAD #AdvancedJewelry #JewelryInnovation #WaxPrinting #3DJewelryModeling #JewelryCasting

3D printing is revolutionizing the manufacturing industry by saving costs and creating reliable upgrades to critical components. The RL10C-X is a prime example of this, as it will heavily rely on additive manufacturing to bring even more cost savings. According to Jim Maus, Vice President of Program Execution and Integration at Aerojet, the entire thrust chamber of the RL10C-X will be created using 3D printing, making it more efficient. Currently, the RL10C uses 3D printing for its injector plate, but several other changes are expected to make the RL10C-X an incredibly efficient engine. Read more about this exciting development here: https://lnkd.in/erHY4A9h #3dprinting #manufacturing #engineering #innovation

Monotony is unknown in our systems. Different geometries, changes of materials even co-printed in a few minutes. The beauty of 3ntr additive manufacturing is this, because standing still (to our printers) It makes boredom come! #thinkingadditive #notoydhere #additivemanufacturing #innovation #3ntr #team #3dprinting #madeinitaly

DLP delivers an ultra-high print speed along with quality and accuracy meaning prototype parts can be printed quickly without affecting quality and accuracy. Find out more about this 3D printing technology in our Prototyping Guide to DLP. https://buff.ly/47D633x #additivemanufacturing #additiveprototyping #designengineering #productdesign #productdevelopment #mechanicalengineering #engineering #industrialdesign #3dprinted #3dprint #3dprinting #rapidprototyping #prototype #prototyping #dlp #digitallightprojection

Whether you're developing prototypes or ramping up production, choosing the right 3D printing material is key. Our latest blog breaks down how to select the best option for your specific industrial application - from strength and heat resistance to printer compatibility and budget. Learn more: https://hubs.ly/Q02npzWl0 #EmpireGroup #3DPrinting #RapidPrototyping

Our most recent paper "Development of a novel gantry system for cooperative printing of plastic materials" was just published by Virtual and Physical Prototyping (VPP Journal). This paper discusses current cooperative printing systems and proposes a new multi-arm configuration to address current limitations such as reduced cooperative printing area. The proposed configuration allows printing parts that are impossible to print or inefficiently printed by other configurations. Moreover, to improve efficiency and reduce printing time, new algorithms are proposed, including the Intermediate Point Method for collision avoidance. This method is three times more effective at preventing collisions compared to the current state-of-the-art algorithms and generates paths with lower travel durations. See also: https://lnkd.in/dmTiVpHC #3dprinting #cooperativeprinting #robots #collaborativerobot #additivemanufacturing #collisionavoidance