We’re beginning with patent information in as we speak’s 3D Printing Information Briefs, as PostProcess Applied sciences has reached an thrilling milestone of fifty patents granted! Transferring on to 3D printers, Fraunhofer IFAM put in Wayland Additive’s Calibur3, and in supplies information, 3DXTECH introduced its Obsidian CF v2, and 3DEO received an award for its pure copper additive manufacturing. Lastly, UltiMaker launched an AI-powered MakerBot studying platform.
PostProcess Applied sciences Reaches Milestone of fifty Patents Granted
PostProcessing BASE
Automated post-printing options supplier PostProcess Applied sciences lately introduced an thrilling milestone—the granting of its fiftieth patent for AM post-processing. Since day one, the corporate has prioritized a strategic, proactive method to defending its mental property (IP), and every of its patents represents years of devoted R&D work in fixing advanced challenges. A robust in-house authorized technique has been an essential consider constructing its IP portfolio, so the corporate’s innovations throughout its full expertise stack are protected. The patents shield the chemistry that’s used to create automated post-printing options, in addition to the proprietary {hardware} and software program. The corporate’s flagship product strains embody the BASE collection, with its high-throughput FDM help removing and patented Volumetric Velocity Dispersion (VVD), and the DEMI collection, that includes patented Submersed Vortex Cavitation (SVC) expertise and clever software program to handle time, temperature, and agitation for constant resin and help removing.
“Our fiftieth granted patent is greater than only a quantity, it’s a testomony to the relentless drive of our staff to repeatedly innovate. The ingenuity of our staff, mixed with invaluable enter from our 500+ prospects, continues to gasoline game-changing options to the market. We’ve believed from the beginning in constructing full-stack choices that combine software program, {hardware}, and chemistry, which can be protected and differentiated, leading to clever, dependable options for our prospects,” stated Jeff Mize, the CEO of PostProcess Applied sciences.
Fraunhofer IFAM Dresden Scaling Up Subsequent-Era AM with Calibur3 Set up
L-R: Thomas Weißgärber (Director Fraunhofer IFAM Dresden), Darrin Dickinson (Head of Enterprise Growth Europe, Wayland Additive), Peter Hansford (Chief Income Officer, Wayland Additive), Alexander Kirchner (Mission Supervisor PDF-EB, Fraunhofer IFAM Dresden), Kay Reuter (Head of Division Additive Manu-facturing, Fraunhofer IFAM Dresden) in entrance of the newly put in Wayland Calibur3. Picture: Fraunhofer IFAM Dresden
The Fraunhofer Institute for Manufacturing Expertise and Superior Supplies (Fraunhofer IFAM) in Dresden, financed by the mission INNO-EB, has put in a Wayland Additive Calibur3 printer. Powered by the NeuBeam course of, the Calibur3 is now the institute’s third Electron Beam Powder Mattress Fusion (EB-PBF) system, and can enhance the capabilities of its Innovation Middle Additive Manufacturing ICAM ®. This analysis and industrial software hub pairs state-of-the-art tools, just like the Calibur3, with experience in course of design, powder metallurgy, and supplies characterization. Wayland’s NeuBeam allows charge-neutral processing for simpler surplus powder removing, extra course of stability, and broader materials compatibility. Because of this the ICAM will be capable to deal with novel materials ideas, integrating simulation and machine studying, and extra to make sure first-time-right manufacturing. The set up of the Calibur3 additionally marks the beginning of a extra intense strategic partnership between Fraunhofer IFAM Dresden and Wayland Additive.
“We see Calibur 3 as a serious step ahead in increasing our analysis portfolio in next-generation additive manufacturing. It allows our groups to work on modern options that span from supplies growth to clever course of management,” stated Professor Thomas Weißgärber, Director of Fraunhofer IFAM Dresden.
3DXTECH Broadcasts Reformulated Obsidian CF v2 for Markforged Printers
Excessive-performance 3D printing supplies producer 3DXTECH engineers superior filaments, and associated equipment and programs, for aerospace, automotive, protection, and industrial purposes. It has a variety of supplies which can be appropriate with Stratasys printers, and a few which can be appropriate with Markforged printers, together with Obsidian CF, an alternate for Markforged’s carbon fiber-filled Onyx. However, its unique model didn’t fairly meet buyer expectations, so 3DXTECH returned to the lab and reengineered the formulation. The results of its exhausting work is Obsidian™ CF v2, a stronger, extra dependable carbon fiber composite that’s supposedly simpler to print. The corporate enhanced its processability, refined the fabric, and subjected it to rigorous testing, sending out reels to a few of its most demanding prospects. 3DXTECH stated its Obsidian CF v2 was authorised for reliability, print high quality, and total efficiency, and performs as a real one-to-one different to Onyx in side-by-side comparisons, however a significantly better worth. Plus, it’s additionally appropriate with Bambu Lab’s AMS.
Rachel Rogers, 3DXTECH Product Supervisor, stated, “We heard loud and clear from our prospects that Obsidian CF v1 didn’t hit the mark on compatibility and reliability. With v2, we made the mandatory modifications to present customers a product they’ll really rely on, one which performs reliably and delivers the worth they count on.”
3DEO Wins Digital/Electrical Parts Grand Prize at MPIF Awards
California-based steel additive manufacturing firm 3DEO introduced that it received the Grand Prize within the Digital/Electrical Parts Class for its pure copper AM at this yr’s Powder Metallurgy Design Excellence Awards, offered by the Metallic Powder Industries Federation (MPIF). The award was for the corporate’s proprietary resolution, which leverages design for additive manufacturing (DfAM) and pure copper processing to consolidate a fancy, multi-part electrical meeting right into a extra purposeful, streamlined design. With its glorious conductivity, pure copper is essential for purposes in semiconductor cooling, energy electronics, vitality storage, and RF programs. However, its sensitivity to course of variation and excessive reflectivity have historically made it troublesome to course of with AM. 3DEO will get round this with its patented Clever Layering expertise, permitting for absolutely dense, mechanically steady, and exact 3D printed copper elements at scale. This MPIF prize is a testomony to 3DEO’s management in high-precision pure copper AM.
“This award exemplifies what units 3DEO aside—our means to resolve extremely advanced engineering challenges by means of superior design collaboration and proprietary expertise. Pure copper has lengthy been probably the most troublesome supplies to course of in AM, and our staff’s breakthrough demonstrates each the maturity of our platform and its real-world applicability throughout industries demanding distinctive thermal and electrical efficiency,” stated Scott Dennis, the CEO of 3DEO.
UltiMaker Launches AI-Powered MakerBot Nebula Studying Platform
UltiMaker has unveiled MakerBot Nebula, an AI-powered differentiated studying platform that mixes 3D printing, educator help, and personalised studying for college kids.
Lastly, UltiMaker has introduced the beta launch of MakerBot Nebula, an AI-powered differentiated studying platform designed for Okay-12 lecture rooms. Combining educator help, 3D printing, sensible instruments, and personalised studying, UltiMaker and MakerBot, a pioneer in instructional 3D printing, are working to enhance STEM schooling with their end-to-end studying expertise. MakerBot Nebula integrates synthetic intelligence with project-based studying and real-time help for academics who wish to simply ship inventive, student-centered studying experiences. The platform allows college students to be taught 3D printing and design expertise in a manner that matches their studying fashion and tempo, and in addition provides sensible instruments, like Studying Station and Funding Assistant, to assist educators develop their expertise and entry grant alternatives. Talking of grants, the MakerBot Grants are actually open for purposes from Okay-12 educators within the U.S. and Canada, and embody one MakerBot Sketch Dash 3D printer, 20 spools of PLA, a three-year UltiMakerCare service plan, one copy of the MakerBot Educators Guidebook, and Classroom Certification for one trainer and 30 college students. You may submit your software at MakerBot Nebula.
“With MakerBot Nebula, we’re combining 15 years of classroom expertise with the ability of AI to ship a platform that actually adapts to how academics educate and college students be taught. MakerBot Nebula is designed to help custom-made studying journeys, empower educators, and produce inventive, hands-on schooling to life in methods which can be private, versatile, and impactful,” defined Andrea Zermeño, MakerBot Schooling Supervisor. “We intention to encourage the subsequent era of problem-solvers, creators, and thinkers, by giving them the instruments to convey concepts to life.”
Presently, MakerBot Nebula is free and accessible in beta, so some options can be restricted. Beta customers get early entry to the platform and might contribute their suggestions.
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