Atlas Stamping & Manufacturing Corp.

Feeling inspired by the first episode of the 'Made Here' series by the State of Connecticut's Office of Manufacturing! 🌟 At Atlas Stamping & Manufacturing Corp., we take pride in supplying precision metal stamped components to industry giants like Pratt & Whitney. As a women-owned, family business, we are dedicated to delivering the highest quality and innovation in aerospace manufacturing. Thanks to Connecticut Office of Manufacturing and Javi Melecio for highlighting the incredible work happening right here in Connecticut. Watch the full video to see how our state is shaping the future of aerospace! ✈️ #MadeHere #CTManufacturing #Aerospace #WomenOwned #FamilyBusiness #AtlasStamping

Behind every intricate metal stamping piece we craft, there's a dedicated team with a shared vision. From diverse backgrounds, each member brings creativity and precision to the table. Together, we're not just manufacturing; we're shaping the future of aerospace, right here in Connecticut. Do The Job Right. The First Time. On Time. #Together. It's the Atlas Way ✈️ #CTManufacturing

Kudos to Andrew Gingold from Wake Forest University for his invaluable work on risk mitigation and outside services at Atlas. Wishing him many more achievements ahead! #RiskMitigation #CTManufacturing #WakeForestUniversity

Cheers to Andrew Felgate, our remarkable intern from Liberty University, for his stellar contributions to our manufacturing projects at Atlas. Here's to a bright future in mechanical engineering! #FutureEngineer #CTManufacturing #LibertyUniversity

Taking a moment to honor the hard work and dedication that built our nation. 🛠️ Every hand, every effort counts. Happy #LaborDay 🌟

🌟 Meet Our Stars! 🌟 🔍 Bella Weidmann - Our Young Prodigy! At just 15, Bella has been a shining example of what passion and dedication look like. As an intern in our QA department, she's been meticulously checking parts for imperfections and mastering the art of precision with various measuring tools. This summer, she expanded her horizons by diving into the world of shipping, labeling, and packaging. Her journey at Atlas has been nothing short of inspiring. Every challenge met with enthusiasm, every task executed with precision. Bella's journey is a testament to the nurturing and supportive environment we pride ourselves on at Atlas. We're thrilled to have her as part of our quality team and can't wait to see where her journey takes her next! 📦 Shevaugh - The Shipping Maestro! Shevaugh is the backbone of our shipping team. Tasked with ensuring that our products reach our valued customers in perfect condition, he's been instrumental in preparing, packaging, and documenting our shipments. With a keen eye for detail, Shevaugh ensures that every package sent out from Atlas meets our gold standard. His dedication to creating electronic copies of all our documents ensures that we're always organized and ahead of the curve. Every package that leaves Atlas carries a bit of Shevaugh's dedication and attention to detail, truly exemplifying our company's slogan in every shipment. Join us in celebrating the hard work and dedication of these two incredible team members. Here at Atlas, we don't just stamp metals; we mold futures. 🎉🥳 #AtlasTeam #QualityFirst #CTManufacturing

Awed by the artistry behind metal stamping? We've only just begun our exploration! 🛠️ 🔵 Craving more insights into this captivating world? Follow us for more revelations from the world of metal. 🔵 Share your thoughts, questions, or suggestions below or drop us a DM. We're eager to hear from fellow metal enthusiasts! Remember, metal stamping is where raw metal meets refined craftsmanship. Let's shape the future together. #MetalStamping #CTManufacturing #Aerospace

We're immensely proud to spotlight the achievements of our interns in Operation Takeoff 🚀 Stephen Greco | Boston College Demonstrated a keen analytical mindset, delving deep into cost analysis. His ability to discern financial nuances will undoubtedly make him an asset in strategic roles. Andrew Felgate | Liberty University Showcased exceptional organizational skills, streamlining document control and enhancing operational efficiency. His attention to detail and process optimization is tailor-made for leadership in operations. Andrew Gingold | Wake Forest University Emerged as a proactive problem solver, spearheading risk mitigation efforts. His forward-thinking approach ensures he's well-suited for roles demanding strategic foresight. Michael Greco | College of the Holy Cross Displayed a knack for relationship management, enriching vendor relations and service offerings. His interpersonal skills and business acumen position him perfectly for roles in client relations and business development. Each of these talented individuals has truly embodied our ethos: 'Doing the Job Right, the First Time, On Time, Every Time.' We're profoundly grateful for their dedication and hard work. The future is bright, and we're excited to see where their journeys take them next. 🌟 #OperationTakeoff #AtlasSuccessStories #FutureAerospaceLeaders

Crafting a commercial jet is no ordinary feat. Take the iconic Boeing 747 as an example. Known affectionately as the "Queen of the Skies," this behemoth of the airways is made up of around 6 million individual parts. Here's a deeper dive into the magnitude and intricacy of this endeavor: Variety of Parts: These 6 million components range from tiny rivets and screws to massive jet engines and the iconic hump-backed fuselage. Each part, regardless of its size, plays a crucial role in the aircraft's performance and safety. Global Effort: The parts of a Boeing 747 come from suppliers scattered across the globe. It's a testament to the interconnected world of aerospace manufacturing, where a single plane can have components sourced from multiple continents. Rigorous Testing: Before assembly, each component undergoes stringent testing. For safety-critical parts, the testing processes are exhaustive, ensuring that every part can withstand the stresses of flight. Craftsmanship: Despite the heavy reliance on machinery and automation, human craftsmanship is vital. Skilled workers, from engineers to technicians, work diligently, often by hand, to ensure that each of the 6 million parts is perfectly in place. Continuous Evolution: The design and manufacturing process of the Boeing 747 have evolved since its first flight in 1969. As technology advances, so does the manufacturing process, integrating newer materials, updated systems, and advanced aerodynamics. Lifecycle Management: Once a Boeing 747 is assembled and in operation, its relationship with manufacturing doesn't end. There's a constant need for maintenance, replacement parts, and upgrades, all of which loop back to the manufacturing and supply chain ecosystem. Building a commercial jet like the Boeing 747 is a testament to human ambition and the spirit of innovation. It embodies the culmination of decades of aerospace knowledge, with each of its 6 million parts representing a piece of that vast tapestry of expertise. Shoutout to Joël Super - Amazing imagery on Pexels #DidYouKnow #AerospaceManufacturing #FunFact

#SaturdayRead: Exploring Surface Quality in Aerospace Additive Manufacturing! In the aerospace industry, the quality of every component matters. Today, we're spotlighting an insightful study on the surface texture characterization of post-processed laser metal additive Ti-6Al-4V (Grade 5 Titanium), a crucial aspect for aerospace applications. 🔍 Key Takeaways: 1. Additive manufacturing technologies are revolutionizing the aerospace industry with lightweight, functionally integrated designs and biomimetic structures. 2. Surface quality remains a challenge, especially for Ti-64 laser powder bed fusion (LPBF) parts. 3. Wet-chemical post-processing ensures consistent surface quality, leading to improved fatigue behaviors' and functional coatings application. 4. The study evaluates three methods for surface texture measurement: confocal microscopy, fringe projection, and stylus profilometry. 5. Each method has its pros and cons. For instance, while confocal microscopy offers the highest resolution, it's time-consuming. On the other hand, the fringe projection method is quick and easy, with a decent spatial resolution. For those in the aerospace sector, understanding these methods can be crucial for ensuring the highest quality in our products. Dive into the full study to learn more about the intricacies of surface texture characterization in aerospace applications. 📖 Read the full study here: https://lnkd.in/e8r257BR 👩🔬 Authors: Theresa Buchenau ,Tobias Mertens , Hubertus Lohner , Hauke Bruening , Marc Amkreutz #Aerospace #Manufacturing #SurfaceQuality #AdditiveManufacturing #MetalStamping