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Ready to take your manufacturing to the next level? Watch Jason Benford explain multistep tightening on the Tensor IxB and see the benefits firsthand! #InTheLab #AtlasCopco #MultistepTightening #SmartAssemblyTools

Ready to take your manufacturing to the next level? Watch Jason Benford explain multistep tightening on the Tensor IxB and see the benefits firsthand! #InTheLab #AtlasCopco #MultistepTightening #SmartAssemblyTools

Did you stop by the Trymax Semiconductor booth at #SEMICON West last week? If not, then you'll want to check out this video, to get the full Trymax experience from Co-founders Leo Meijer, and Ludo Vandenberk, and other team members who describe their roles at this growing company. "What the customer needs is where we start engineering," notes Vandenberk. Watch the full video here: https://lnkd.in/gcye8HBE

Celebrating our big win at the 33rd ASEMEP National Technical Symposium! 🎉🏆💡 Texas Instruments Clark's technical paper, which highlights the development of a novel chemical analyzer powered by machine learning that enables zero chemistry maintenance in fab, bump and assembly semiconductor manufacturing, bagged the Best Overall Industry Paper award. "Our success represents TI's culture of innovation where employees are encouraged to stay curious about industry trends and to never stop learning,” Mharpee, one of the paper authors, said. Interested to join TI? https://bit.ly/3LSPZly

In a recent article from Electronic Design, Tria's Jim Beneke highlights how Tria Technologies can help engineers streamline transitions from prototype to production, enhance designs with real-world data and make products adaptable to changing markets and supply chains. Read the full article here: https://bit.ly/3Tigcy2

Discover the power of multistep tightening with Jason Benford and the Tensor IxB! Learn how to program and leverage this feature for enhanced assembly performance. #InTheLab #AtlasCopco #TensorIxB #MultistepTightening

In Chapter 6 of our series, we explore and compare the various sputtering technologies used in producing our premium optical filters. Learn about the respective benefits and drawbacks of magnetron sputtering, ion-assisted E-beam deposition, and resistance evaporation. Andover Corporation COO Mike Tiner explains how these technologies contribute to our manufacturing processes, and how they affect the properties of the finished product. Learn more at: https://lnkd.in/dRUGiZN8

Don't miss this session! Our metal forming and material-science experts will discuss these and other topics: The processes used for stamping mild steel simply will not suffice when taking on higher strength alloys--steels and aluminum grades. "The challenges get bigger when the materials get stronger." Best practices for the "lost art" of die spotting Gain control of your process using tonnage monitoring and simulation in combination https://lnkd.in/gny89S_6

Curious about commercial viability and domestic production requirements in CHIPS R&D NOFOs? Tune in today at 2:00 pm to learn more. It's not an April Fool's joke! You do need to register to attend using the link below. https://lnkd.in/e5ajxgpU The Commercial Viability and Domestic Production Guidebook accompanies the CHIPS Technology Protection Guidebook and the Research Security and International Engagement FAQs. The suite of additional information can be found here: https://lnkd.in/eAEK4DxZ These resources help applicants and performers planning their approach for concept papers and applications across the CHIPS R&D funding opportunities, especially for National Advanced Manufacturing and Packaging (#NAPMP) programs like #Materials and #Substrates. #advancedpackaging #semiconductor #microelectronics Dan Berger, Subramanian Iyer, Anita Balachandra, George Orji, Colleen Cottle, Andrew DeHennis, Chris Greer, Eric Lin, Laurie Locascio, National Institute of Standards and Technology (NIST)

Interesting article on the semi conductor market from Global Foundry.