We’re speaking about security certification first in right now’s 3D Printing Information Briefs, after which shifting on to purposes in racing and wind generators. We’ll end with a narrative about 3D printing for blind and low imaginative and prescient college students. Learn on for all the small print!
AddUp Turns into First OEM to Obtain ASTM Security Certification for AM
AddUp is the primary OEM within the additive manufacturing trade to realize the ASTM Additive Manufacturing Security (AMS) Certification, and likewise performed an necessary position in creating the AMS certification program. The corporate has been partnering with ASTM over the previous couple of years to assist outline pointers and protocols that guarantee secure operations in AM services. This collaborative work was important in serving to to arrange a roadmap for different producers coming into the AM area. To realize this certification, the Security Tools Institute (SEI) carried out a first-of-its-kind audit and analysis of the AddUp Answer Heart in Cincinnati, Ohio, which was designed with security in thoughts. In the course of the audit, particular consideration was paid to machine set up and grounding, private protecting tools (PPE), hazardous waste disposal, powder dealing with, and facility cleanliness. AddUp is deeply dedicated to security and innovation, and because the inaugural audit facility for the AMS certification, labored carefully with the SEI auditors to guarantee that all necessities had been met and totally understood.
“AddUp’s dedication to security has been exemplary. Their involvement in serving to us outline the rules for this certification and their willingness to open their doorways for the first-ever AMS audit speaks volumes about their management within the AM trade,” acknowledged Paul Bates, Senior Lead, Coaching and Certification Applications at ASTM Worldwide AM CoE. “AddUp has set a brand new normal for AM security, and we’re grateful for his or her dedication.”
NASCAR Chooses Stratasys as Official, Unique 3D Printing Companion
Stratasys has change into the official and unique 3D printing companion for NASCAR. Right here, an engineer attaches a 3D printed duct used to maintain drivers cool throughout races.
NASCAR has lengthy used Stratasys 3D printing for its racecars, however the firm has now chosen Stratasys as its official 3D printing companion. Per a brand new long-term technical partnership settlement, NASCAR will completely use Stratasys expertise to design and produce instruments and components throughout the group. As a part of this settlement, a brand new 3D printing lab will probably be opened on the NASCAR Analysis & Improvement Heart in Harmony, North Carolina to assist R&D, tooling, and components manufacturing for its three nationwide sequence. A wide range of Stratasys applied sciences will probably be featured on the lab, together with the F370, 450mc, and F900 FDM 3D printers and the NEO800 SLA 3D printer, to assist purposes like prototyping, aerodynamic testing, and manufacturing components. Moreover, one in every of NASCAR’s most profitable groups, Joe Gibbs Racing (JGR), has introduced a five-year extension of its present 20+ 12 months working settlement with Stratasys, which simply reinforces the AM stalwart’s position as a high-performance racing options chief.
“Our partnership with NASCAR permits Stratasys to showcase the distinctive benefits of 3D printing in motorsports. From on-demand manufacturing of customized parts to rushing up the design cycle, we’re serving to NASCAR with sooner manufacturing instances and enhanced half efficiency. Moreover, our work in high-performance environments like NASCAR spurs innovation within the manufacturing of economic autos, demonstrating the broader affect of additive manufacturing throughout the automotive trade,” stated Wealthy Garrity, Chief Enterprise Unit Officer at Stratasys.
Each NASCAR Cup Collection car presently on the monitor makes use of Stratasys 3D printed components, like a NACA duct to vent sizzling air out from the engine bay and a chilly air inlet vent on the prime of the windshield to pressure air into the automotive to chill the driving force, so that is clearly a mutually helpful partnership.
Gulf Wind Know-how Utilizing Stratasys 3D Printing for Wind Turbine Fashions
3D printing helps advance wind tunnel testing and shorten design iteration. Gulf Wind Know-how dramatically decreased the design and fabrication cycle for wind tunnel fashions. What beforehand took 30 to 40 days to iterate and finalize a design can now be accomplished in simply 3 to 4 days.
In additional Stratasys information, the corporate introduced that Gulf Wind Know-how is utilizing its AM options to enhance the flexibility to check and produce wind turbine fashions. Gulf Wind was truly impressed by 3D printing utilization in System 1 racing, recognizing the expertise’s potential for optimization and speedy iteration of its fashions. The corporate adopted Stratasys Neo SLA, which has enabled sooner prototyping, extra flexibility, and a shorter design and fabrication cycle for wind tunnel fashions. It used to take Gulf Wind 30-40 days to finalize designs for rotors and airfoil shapes, however with SLA 3D printing by Stratasys, it now takes simply 3-4 days to iterate and produce fashions with Somos PerFORM Replicate materials, which affords temperature resistance, stiffness, excessive power, and straightforward assist elimination. The corporate can even create specialised options, like stress faucets for real-time airflow knowledge, which aren’t all the time potential to realize with conventional manufacturing.
“By leveraging the Stratasys Neo® SLA system we will generate much more knowledge in a shorter time. This has enabled us to run our design course of with extra rigor, change into extra environment friendly, and tackle enterprise that we beforehand needed to flip away. Additive manufacturing permits our engineers to design inner constructions, and stress faucets immediately into our check fashions, which we couldn’t obtain with conventional strategies,” stated James Martin, the CEO of Gulf Wind Know-how.
Tips for 3D Printed Academic Instruments for Visually Impaired College students
Lastly, researchers at Monash College collaborated with the Spherical Desk on Info Entry for Individuals with Print Disabilities (Spherical Desk) to develop free public pointers to assist educators, specialists, and oldsters create 3D printed instructional instruments for blind and low imaginative and prescient college students. These accessible pointers can assist a wide range of customers study to design and 3D print curriculum-based fashions, instructional video games, adaptive instruments, and tactile aids to boost studying and inclusivity. The initiative aligns with rising accessibility requirements and was made potential by an Australian Analysis Council (ARC) Linkage Challenge, supported by partnerships with organizations like Information Canine Victoria, SeeDifferently, and Blind Low Imaginative and prescient New Zealand; further funding got here from South Pacific Educators in Imaginative and prescient Impairment and VisAbility. 3D printed fashions have benefits over conventional raised line drawings, particularly for the visually impaired.
“The 3D printed fashions can assist college students who’re blind get spatial and dimensional understanding of issues that they could have by no means skilled earlier than, for instance, for the primary time ever college students are studying totally different architectural ideas by 3D printed fashions of the Burj Khalifa, Taj Mahal and the Statue of Liberty,” defined Sonali Marathe, President of the Spherical Desk and Accessibility and Inclusion Supervisor at NextSense.
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