Quintus Technologies的动态

Watch this insightful roundtable discussion on the future of additive manufacturing for mass production! Join experts as they explore the latest advancements and key considerations. https://bit.ly/49P34Wv Sponsored by Evolve Additive Solutions #AdditiveManufacturing #EngineeringUpdates

??We welcome you to read "Base shape generation and optimization for multi-axis hybrid additive #manufacturing" ??By Yicha Zhang et al. Read it here #OpenAccess: https://lnkd.in/gu6e-Z3m

The McKinsey report by J?rg Bromberger, et. al. entitled, “The mainstreaming of additive manufacturing,” outlines the limitations that existed in thermoplastic additive manufacturing that were preventing the technology from taking a center stage position in modern industry. These exact points and more have already been addressed in AEIP’s Versatile Thermoplastics Particle Manufacturing (VTPM) and can be considered solved. https://lnkd.in/d_fKhQeU

This article discusses the processes, pros and cons, and the differences between two of these two – subtractive and additive manufacturing. Since the Industrial Revolution, several manufacturing technologies have been developed. These technologies can be classified into various groups according to their processes. Three major groups are additive manufacturing, subtractive manufacturing and formative manufacturing. Check out the full article by Xometry Europe here: https://lnkd.in/e5F2cUwz

At Hybrid Manufacturing Technologies, we redefine the boundaries of manufacturing with our pioneering hybrid technologies. Specializing in the integration of additive, subtractive, and inspection processes, our solutions elevate operational efficiency, precision, and sustainability across diverse industries. As leaders in manufacturing innovation, we are dedicated to delivering high-performance solutions that address the complex needs of modern production environments. Explore how our commitment to technological excellence and comprehensive inspection capabilities is setting new industry standards. #HybridManufacturing #AdvancedManufacturing #IndustryLeadership #TechnologicalExcellence #PrecisionInspection

Innovation is at our core, propelling the industrialization of Metal Additive Manufacturing through pioneering materials, processes, and technologies. Our Research and Development team pioneers innovation in Advanced Manufacturing through the strategic use of digitization, fostering strong partnerships with academia, and harnessing the power of our rapid-alloy development technology, Scoperta. ? Moreover, we participate in numerous research initiatives funded by both the United States and the European Union. Projects like #EUProjectInShaPe aim to revolutionize laser beam shaping technology, while Disco2030 seeks to pioneer a hybrid manufacturing process combining metal-metal and metal-polymer materials and AM processes for intricate, lightweight part production. #AMinnovation #AdditiveManufacturing

This article discusses the processes, pros and cons, and the differences between two of these two – subtractive and additive manufacturing. Since the Industrial Revolution, several manufacturing technologies have been developed. These technologies can be classified into various groups according to their processes. Three major groups are additive manufacturing, subtractive manufacturing and formative manufacturing. Check out the full article by Xometry Europe here: https://lnkd.in/e5F2cUwz

Additive Manufacturing (AM) Technology is an ever-expanding world, offering many benefits to it's growing number of users in the #manufacturing & #engineering industry ?? Tritone Technologies share their latest White Paper: Revolutionising Metal AM Economics - Higher Productivity and Lower Part Cost ?? giving insights into #additivemanufacturing as a whole, with a comparison between their MoldJet Technology and other AM methods ?? Discover Tritone's process and the benefits it could bring to your current operations ?? https://lnkd.in/essWzPCG ?? Follow NCMT Ltd for the latest updates ?? Visit https://lnkd.in/ehzfQbwQ to watch an overview video of the MoldJet Process ?? Email [email protected] to speak to the team in greater detail about your requirements #ncmt #tritone #amtechnology #additive #supportukmfg #ukmfg #medical #aerospace #automotive #oilandgas #subcontracting

It is my pleasure to share our latest paper published in The International Journal of Advanced Manufacturing Technology: "Contribution to manufacturing control of particle-filled composites by the RTM process." DOI: 10.1007/s00170-024-14074-w #NumericalModeling #LCMProcesses #RTMProcess #FiltrationPhenomenon #ManufacturingProcesses #CompositeMaterial #FunctionalComposite #MechanicalEngineering #OptimizationAlgorithm #GeneticAlgorithm #SensitivityAnalysis

?????????????? ???????????????????? ???? ?????????????? ??????????????????????????: ??????’?? ???????????????? ??????????! As battery prices continue to fall, the pressure is on to improve production processes and stay competitive. At RAYLASE GmbH, we see laser technology playing a pivotal role in meeting these challenges. Take the cutting of battery electrodes, for example. While traditional methods like stamping have their limits, laser-based processes offer clear advantages: ?? Precision: High-quality, burr-free cuts that minimize waste. ?? Flexibility: Easily adaptable to new designs and materials. ?? Efficiency: Non-contact processes that reduce wear and downtime. These benefits are making lasers a preferred choice in modern battery manufacturing, but every production line is unique. What challenges are you facing in your processes? We’d love to hear your thoughts and share insights about how laser solutions could address your specific needs. Whether it’s electrode cutting, welding, or something entirely different, let’s discuss how innovation can move the industry forward. ?? Feel free to reach out or comment below—we’re always happy to connect and collaborate! #BatteryManufacturing #LaserTechnology #Innovation #RAYLASE #Sustainability