We’re kicking issues off with supplies information on this weekend’s 3D Printing Information Briefs. Then it’s on to a hybrid manufacturing system for a maritime train, an growth of commercial steel 3D printing, and an attention-grabbing acquisition in Dubai. We’ll finish with 3D printed ceramic implants that mimic bone.
Neuenhauser Maschinenfabrik is an Official Processor of LUVOCOM 3F
Machine elements printed with LUVOCOM 3F
Neuenhauser Maschinenfabrik delivers options in mechanical and plant engineering, and particularly makes use of additive manufacturing (AM) to broaden and optimize industrial manufacturing processes. The corporate is now increasing its AM actions by changing into an official processor of the LEHVOSS Group’s LUVOCOM® 3F focus supplies for industrial FFF 3D printing. Neuenhauser Maschinenfabrik has operated a devoted 3D printing infrastructure for a number of years, and the LUCOVOM 3F focus supplies have now been certified in its modernized print farm. There are three focus supplies for technical functions in collection manufacturing, designed for course of stability and reproducible high quality: a high-strength, carbon fiber-reinforced PET with temperature resistance and low moisture uptake; an unreinforced polyamide with wonderful floor high quality, excessive toughness, and warp-free printing; and a carbon fiber-reinforced PPS meant for steel alternative, with chemical and flammability resistance and excessive stiffness and energy. This collaboration permits the corporate to supply in-house functions and companies for patrons based mostly on these certified, high-performance supplies.
“Our purpose is to determine additive manufacturing as a dependable manufacturing instrument in mechanical engineering,” stated Mathis Kleinert, Head of Additive Manufacturing at Neuenhauser Maschinenbau GmbH. “The LUVOCOM® 3F focus supplies supply an excellent mixture of industrially related properties and steady, reproducible printability.”
Snowbird Applied sciences Collaborating in RIMPAC with Meltio’s Expertise
Snowbird Applied sciences shall be one of many contributors on the thirtieth iteration of the Rim of the Pacific Train 2026 (RIMPAC), a biennial maritime train that shall be held in and across the Hawaiian Islands from June 24-July 31. Forces from 31 totally different nations will take part, and the train will embrace roughly 140 plane, 40 floor ships, 5 submarines, and over 25,000 personnel. Snowbird Applied sciences shall be a part of the distributed superior manufacturing experiment by Naval Postgraduate Faculty Consortium for Superior Manufacturing Analysis and Schooling (CAMRE) at RIMPAC 2026, due to NPS CAMRE’s Partnership Middleman Settlement with FLEETWERX. Identical to at RIMPAC 2024, Snowbird Applied sciences will showcase its modular SAMM Tech, or Snowbird Additive Cell Manufacturing Expertise, a hybrid system that integrates plastic AM, CNC subtractive capabilities, and steel AM from Meltio into one compact, containerized unit. On the final RIMPAC, SAMM Tech produced and machined a alternative bushing for a ship’s reverse osmosis generator in lower than 48 hours.
“SAMM Tech’s containerized, all-in-one design allows seamless transition from maritime to onshore operations. We’re proud to assist the thirtieth iteration of RIMPAC and stay up for validating our capabilities in new environments to raised serve the warfighter on the tactical edge,” stated Karl Wojtkun, Vice President of Enterprise Growth at Snowbird Applied sciences.
RIMPAC 2026 is hosted by the Commander of the U.S. Pacific Fleet and led by the Commander of the U.S. third Fleet.
Unionfab Expands Industrial Metallic AM Providers in U.S., Canada, & Germany
Unionfab reduces low-volume steel elements manufacturing from 30 days to as quick as 5 days with six-laser steel printing techniques.
Digital manufacturing platform Unionfab, which is affiliated with 3D printing tools producer UnionTech, supplies end-to-end manufacturing companies to {hardware} builders, integrating CNC machining, injection molding, sheet steel, fast casting, and 3D printing in its facility. Now, as demand grows for a expertise that may supply complicated geometries, light-weight buildings, and sooner iteration, the platform is additional increasing its industrial steel AM companies for patrons within the U.S., Canada, and Germany. Unionfab has deployed over 100 industrial steel 3D printing techniques, together with each 4- and 6-laser SLMS machines now in scaled manufacturing. The corporate says multi-laser platforms can enhance print effectivity by as much as 40%, and reduce manufacturing prices by about 30%. With these techniques, and an AI-driven manufacturing platform, Unionfab says it’s capable of cut back the time for chosen low-volume elements manufacturing from over 30 days to only 5.
“Over the previous few years, China’s steel 3D printing trade has undergone fast technological iteration and industrial maturation,” stated Unionfab CEO Allen Yang. “Steady innovation amongst tools producers, materials provide chains and manufacturing service suppliers is driving fast enhancements in printing effectivity, course of stability and general manufacturing prices. We consider now is a vital time for international producers to reassess how they develop and produce complicated steel elements.”
Mint Group Publicizes Acquisition of 3D Printing Service Bureau Era 3D
Picture courtesy of Mint Group
Fabrication and fit-out firm Mint Group introduced that it has acquired fellow Dubai-based firm Era 3D, a 3D printing service bureau. Mint Group, formally Mint Artistic Manufacturing, makes a speciality of architectural theming and 3D printing, with a portfolio that features initiatives within the cultural, leisure, and retail sectors of the Center East. By buying Era 3D, Mint Group plans to begin constructing out an built-in manufacturing platform for the Center East’s theming trade, which is an intentional step in its technique to consolidate manufacturing capabilities. It’s additionally reflective of a wider change in what prospects count on from regional manufacturing companions, and reminds us that the worth of AM in project-based sectors, like leisure, and much more particularly, theme parks, is continuous to be evaluated to be used in end-to-end manufacturing.
“This isn’t nearly 3D printing. It’s about how we rethink manufacturing. Traditionally, fabrication, fit-out, and superior manufacturing have operated in parallel. What we’re constructing now’s a mannequin the place these elements are totally built-in, from design intent by way of to closing supply,” stated Amin Rashmani, the CEO of Mint Group.
“The expectation immediately isn’t just high quality. It’s consistency, velocity, and management at scale. By integrating Era 3D into Mint’s ecosystem, alongside scenic manufacturing and fit-out by way of Code A, we’re shifting towards a extra structured, coordinated, and predictable supply mannequin. The shift is obvious: from fragmented execution to a unified platform. That’s the place the true worth lies.”
Researchers 3D Printing Ceramic Implants that Mimic Actual Bone
3D-printed scaffolds that mimic the chemical composition and structure of pure bone tissue. Picture: Jonne Renvall, Tampere College
In keeping with researchers at Tampere College, bone grafting is the second most typical tissue transplantation process on the earth. Sometimes, these remedies use bone taken from a donor or the affected person themself, however this usually entails further surgical procedures, lengthy restoration occasions, and a excessive threat of complication. The Tampere crew wished a safer, more practical various, and developed 3D printed ceramic implant materials that mimics precise human bone. Utilizing 3D printing and hydroxyapatite—the identical compound that kinds the mineral construction of actual bone—the crew created bone-like scaffolds, which assist the human physique’s capability for tissue regeneration. 3D printing enabled exact management of the scaffolds’ inside structure, and the researchers decided that implants with inside pores of about 400 micrometers and 45% porosity have been an “optimum bone-like construction.” This novel expertise is the top results of the AffordBoneS mission funded by the Horizon Europe Marie Skłodowska‑Curie Postdoctoral Fellowship program, whereas the continuing GlassBoneS mission hopes to additional this work.
“By utilizing the identical materials that nature makes use of and shaping it by way of ceramic 3D printing, the implants may be exactly tailor-made to match a affected person’s particular person bone defect, with out counting on medication or progress components that will trigger unwanted side effects,” defined Antonia Ressler, Postdoctoral Analysis Fellow on the Tampere Institute for Superior Research, who led the analysis.
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