Rice Huang’s Post

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 massively produces metal components on an industrial scale, with minimal manual intervention and cost-efficiency. ⏩Solution package in detail 🔎 ◻ for cylinders of up to 2.3 tons ◻ depowders over a ton of powder with gravimetric flow ◻ with an inert gas environment, a two-stage depowdering, and unpacking process ◻ allows for complete reuse of the powder and building of parts on the entire substrate plate without wasting space ◻Reduces downtime ◻Including consultation, development, prototyping, commissioning, and further development More information: https://lnkd.in/eNCwwiZR #3DMetalPrinting #CostumersVoice #Depowdering #SLMSolutions #Grenzebach #NXGXII600 #AutomatedDepowdering #MassProduction #IndustrialScale #CostEfficiency #additivemanufacturing

The power of depowdering — Our collaboration with Grenzebach Group group to develop an automated depowdering solution is another testament to team work making the dream work! Have you found your collaborators to develop your next idea? #depowdering #additivemanufacturing #grenzebach

✨ Dive into the success story of Revolutionizing Mold Manufacturing with advanced HBD Metal AM Systems 🔗https://lnkd.in/gjzA8cGf 🔹 Witness how they have reduced cooling times by a third for washing machine molds, boosting efficiency and quality as never seen before! 🔹Discover the secrets behind their remarkable cost savings and product quality improvements achieved through the magic of additive manufacturing. 💥Ready to unlock new levels of success in your industry? Join HBD additive manufacturing wave today!🚀 #HBDMetalAMSystems #AdditiveManufacturing #Metal3DPrinting #ConformalCoolingChannel #MoldTooling

Behold the power of Additive Manufacturing! Easily add textures to your tensile bars or other parts that don't need any of that by simply using improper slicer output. Can you beat this incredible feature? Then show me your best fail! #printerspaghetti a.k.a. #polycarbonara #rndlife

In my daily quest to discover and showcase innovative parts in our production space, I came across a fascinating demonstrator that highlights the exceptional resolution we can achieve with Lithography-based Metal Manufacturing (LMM). ✨ Material: This as-sintered part, with no surface treatment, is crafted from 99.9% pure copper. Recent conductivity measurements show an impressive 90% of solid pure copper, highlighting the potential for applications in advanced heat transfer and electrical connectors. 🔧 Process Insight: This design serves as a test for cleaning our green parts, particularly during the de-caking step (similar to de-powdering in other sinter-based AM technologies). In this instance, the parts were cleaned using ultrasonic treatment. #Innovation #3DPrinting #AdditiveManufacturing #LMM #Copper #AdvancedManufacturing #metal3dprinting #metaladditivemanufacturing

Ever wondered how unique our styli custom solutions can be? 💡 Linex overcame inspections challenges by using Renishaw additively manufactured custom styli📍 Recognizing that a probing setup did not provide the necessary rigidity, Renishaw proposed the development of a custom stylus using metal additive manufacturing (AM). By avoiding traditional manufacturing techniques such as casting, forgoing and machining, Renishaw provided a complex, single piece stylus solution to Linex quickly. ⏩ Find the full case study here ➡️ https://bit.ly/4aj316s #Renishaw #metrology #applyinnovation #casestudies

Lucideon’s years of experience in serving clients on the cutting edge of materials science gives us an unrivalled edge in investigating and solving context-specific materials challenges. The Lucideon Additive Manufacturing Solutions (LAMS) service gives you improved access to this capability, ensuring full support across the AM lifecycle. Many aerospace and space industry manufacturers build large components via the laser powder bed fusion (L-pbf) process, with each print often consisting of only one large component which can take days if not weeks to complete. If a build pause occurs for whatever reason, the layer in question becomes suspect. Clients eventually need to validate that the build was successful without destroying the costly single part. We have assisted clients through non-destructive testing and selected sectioning methods to validate parts which have experienced build pauses, minimising waste, preventing downtime, and delivering confidence in part quality and consistency. Learn more about how LAMS helps our customers here: https://lnkd.in/epU4WnwS #AdditiveManufacturing #MaterialsScience #ProductDevelopment #ProcessImprovement #LPBF #WeAreLucideon

Together, architected materials and additive manufacturing can help you achieve greater impact absorption in your designs. That includes everything from 3D-printed foams for impact absorption, to porous structures that promote bone growth, and beyond. Check out our guide to architected materials for impact absorption to learn more. https://ntopolo.gy/tk2 #AdditiveManufacturing #nTop #3DPrinting #EngineeringDesign

Get Complex Metal Parts Fast with DMLS Are you developing a new product? Are you under pressure to bring it to market quickly? Do you need to validate the fit and finish of a metal part, but aren’t ready to have expensive tooling and fixtures made? Discover DMLS // Direct Metal Laser Sintering (DMLS) is a metal additive manufacturing technology that can help you solve this problem and accelerate your time to market. It's ideal for: • Prototype parts • Bridge production while you’re awaiting your production tooling • Low- to medium-volume production parts • Complex metal part designs that can’t be produced any other way • Situations where you need metal parts – fast! Visit the Fathom DMLS web page to learn more: https://lnkd.in/gBqz6UHH #fathom #manufacturing #innovation #industrialengineering #advancedmanufacturing #additivemanufacturing #bridgeproduction #rapidprototyping #DMLS

What's the difference between MJF and SLS technology? The main difference is their heat source. MJF dispenses an ink (fusing agent) on the powder to absorb infrared light while SLS uses a laser to scan and sinter across each cross-section. Which technology should you choose? Check out Endeavor 3D's latest post for more information. #endeavor3d #3dprinting #3dp #3dprint #additivemanufacturing #additivemfg #polymers #hpmultijetfusion #mjf #edp #hp #multijet #3dprintingtechnology #amcommunity #digitalmanufacturing #additive #engineeringdesign #manufacturing #mechanicalengineering #innovation #mechanical #technology #digitalinnovation https://lnkd.in/eXZmCsnH