Material Intelligence Lab’s Post

“Critical machining of hard metals.” Where OEMs get complex aerospace and defense components in hard metals ranging from high-nickel-based alloys to titanium as well as specialty and exotic metals. https://bit.ly/3GKdZEh #PrecisionManufacturing #AmericanManufacturing #Aerospace #Defense #Semiconductor #HighTech #CNCMachining #EDM #CNC #Machining

From the nose to the tail, we’ve got you covered on aerospace part marking. We understand the unique demands of the aerospace industry – increasing regulatory requirements, including permanent, legible UID numbers, serial numbers, DOD-specific 2D codes, and part numbers. Commercial aerospace > https://hubs.li/Q02T773D0 Defense aerospace > https://hubs.li/Q02T7lSr0 #aerospace #aerospaceindustry #partmarking #lasermarking #lasermarkingmachine #madeintheusa #americanmanufacturing #manufacturing Nicholas Kaczmarski Gabrielle Molina Matthew Kaczmarski

Lockheed Martin Australia and Thales Australia have signed a Teaming Agreement which could lead to the development and production of Solid Rocket Motors (SRM) for the Australian market. The purpose of the agreement is to collaborate, qualify and produce Guided Multiple Launch Rocket System (GMLRS) Solid Rocket Motors and other components in support of the Guided Weapons and Explosive Ordnance (GWEO) Enterprise. The Teaming Agreement production effort will perform jointly developed tasks to produce an Australian SRM System, as well as to explore supply chain options to establish Australian industrial capability for related components. #manufacturing #australianmanufacturing #defence #defenceindustry

Is it fast enough? Is it safe enough? From titanium alloys for armor to nickel alloys driving jet engines to be more fuel-efficient, we take pride in how our #defense applications power and protect. Whether you fly, float, or roll, learn how ATI is #ProventoPerform for defense needs above, below and on land. #MaterialsScience

🚀 In aerospace and defense, precision isn't just a preference; it's the bedrock of safety, reliability, and performance. Discover how precision machining, the art of creating parts with extremely tight tolerances, takes center stage in these industries. 🔧 #PrecisionMachining #Aerospace #Defense #InnovationInManufacturing

Tomorrow and Wednesday in Santa Ana, CA - Fatigue in Fasteners: Why Workmanship is Important and Fastener Standards 101: Aerospace & Defense Version. https://ow.ly/k0Sx50SePzs Explore fatigue, especially with aerospace fasteners and how manufacturing workmanship plays a role and learn about Fastener Standards used by the aerospace fastener industry and how standards are developed and amended. Co-produced with Industrial Fasteners Institute #Fasteners #FastenerTraining #aerospace

Tomorrow and Wednesday in Santa Ana, CA - Fatigue in Fasteners: Why Workmanship is Important and Fastener Standards 101: Aerospace & Defense Version. https://ow.ly/k0Sx50SePzs Explore fatigue, especially with aerospace fasteners and how manufacturing workmanship plays a role and learn about Fastener Standards used by the aerospace fastener industry and how standards are developed and amended. Co-produced with Industrial Fasteners Institute #Fasteners #FastenerTraining #aerospace

Exhausted from spending countless hours on defect detection and quality control for your large-scale AM parts? Capture intricate details of your buildjobs from complex aerospace components to defense machinery parts with AM Explorer by Interspectral. Fix the lengthy quality check times and manage your huge datasets with ease. Optimize your production workflows and enhance your product designs effortlessly. Learn more about powder bed, register for our webinar- https://lnkd.in/g5UyR9Mm Sounds good? DM us to book a demo! #AMExplorer #AdditiveManufacturing #3DPrinting #Aerospace #Defense #ProcessMonitoring #QualityAssurance #Interspectral

We didn’t design the Hawk-i (tm) super optic for any other reason than to increase his probably of survival. All pertinent information is displayed within the optic so that he never needs to take his eyes off of the target. Information such as ammunition count, direction, with automatic light adaption-all contained within a lightweight, sleek housing with ambidextrous controls and no snag-points. Did we mention that it also records? A7 Defense & Aerospace, welcome to the next level! P.S., we’ve already been to the patent office so don’t even think about it. #a7hawkioptic #optic #a7defenseandaerospace #a7technologyandinnovation #a7tech #technology #innovation #nextlevel #veteranowned #veteranownedbusiness #samsregistered

Composites have become pivotal in advancing military technology. The use of composite materials is not a new concept; the prototype of the Augusta Westland AW 101 (Merlin) helicopter, first flown on October 9th, 1987, is a prime example of their extensive use. Known for their unparalleled strength-to-weight ratio, composites offer unique advantages that traditional materials cannot match. One of the main drivers of composites use in defense-related structures – such as components for fighter jets and other aircraft, weapons systems, and to some extent land- and water-based vehicles – is the high temperatures and harsh conditions in which these applications are used. By 2028, the defense composites market will reach a value of USD 0.8 billion. Interested to explore the market dynamics of defense composites? https://lnkd.in/dPmdtP77 Key Players: Hexcel Corporation | Solvay | Toray Industries, Inc. | Teijin Limited | Owens Corning | Mitsubishi Chemical Group | Sigmatex | SGL Carbon | DuPont de Nemours (Deutschland) GmbH, | LANXESS #defense #military #composites #carbonfiber #composites #fighterjet #war #tech