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EAST Session: Abstract : This session explores the growing relevance of Statistical Process Control (SPC) in today’s production environments. We begin by examining the role of real-time data—referred to as the "1st life" of data—captured during the production process, emphasizing the key capabilities, expectations, and benefits of a real-time SPC system. Moving beyond its initial use, we explore the "2nd life" of data, transitioning it from a compliance and process control tool to a valuable resource for advanced analysis. This includes its role in problem-solving, root cause analysis, and predictive applications such as modeling and simulations. The session highlights how leveraging both real-time and historical data can enhance decision-making and drive continuous improvement in manufacturing processes. Significance/Importance : Minitab surveys have found that most Statistical Process Control users, approximately 65%, have SPC in place to demonstrate their ability to meet specification limits, using SPC as a compliance tool. Our results also show that only 4% of manufacturers using SPC have achieved manufacturing excellence, meaning that they leverage process understanding and ensure predictable output. The session highlights maximizing the benefit of your real-time SPC data, growing from a compliance tool to a true continuous improvement system. We will explore leveraging SPC data to enhance decision-making and to drive continuous improvement in manufacturing processes.

EAST Session: Moderated by: Steve Plumb Rather than start with a discussion of all the technologies available in the industrial marketplace, this panel session will start by outlining the primary concerns of manufacturing businesses. By first appealing to what the audience (machining businesses) cares about most at the start, the panel will logically ease into a discussion of how available technologies can help achieve greater outcomes for these businesses…in other words, solutions to the preeminent problems. Among the concerns highlighted at the outset will be improving competitiveness (domestically and globally), throughput (business growth), and yes productivity in the face of the manufacturing skills gap. The panel will be represented by industry leaders who either are dealing with these concerns directly, or those that have a “front row seat” to a variety of companies that seek to survive and thrive. Technologies that will be addressed will likely include automation, robotics, workforce training, machining technology, machine monitoring, software and AI to name a few. The above will be discussed in the first Executive Perspectives panel discussion on Tuesday, followed on Wednesday with another critical topic…cybersecurity.

EAST Session: The aerospace manufacturing industry faces significant challenges, including the need for increased efficiency, flexibility, and cost reduction. Join us as we explore a real manufacturing scenario to see how vertical data integration from IT to OT can transform these challenges into opportunities. By connecting information silos throughout the manufacturing process, we enhance traceability and collaboration. Utilizing digital twin technology and smart manufacturing solutions enables virtual testing and optimization, helping validate part programs early on. Automation benefits, such as improved precision and consistency for example through advanced robotics, minimize human error and labor costs while increasing productivity. This integration fosters a data-driven manufacturing environment, driving innovation and competitiveness in aerospace manufacturing.

Speaker at EAST: Todd Basque, Director of Engineering, Basque Engineering + Science Inc.

Speaker at EAST: Ryan Benson, Vice President of Security, CompassMSP

Speaker at EAST: Tiansu Jing, Senior Product Manager, SIEMENS Industry Inc.

Speaker at EAST: Gavin Giguere, Director of Manufacturing | Vice President, Pilot Precision Products | Western MA National Tooling and Machining Association

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EAST Session: Abstract : Are you confident that your machine monitoring solution can scale with your evolving data needs? Many manufacturers adopt IIoT solutions only to realize too late that rigid connectivity architectures limit their future growth. As manufacturing technology advances and data-driven decision-making becomes essential, off-the-shelf monitoring solutions and short-term fixes may seem convenient but often create long-term limitations. Manufacturers need a scalable, secure, and interoperable connectivity framework to maximize IIoT investments and ensure seamless data flow across their operations. At Juxtum, we help manufacturers bridge the gap between machine connectivity and actionable intelligence. In this webinar, Juxtum’s IIoT experts will uncover the most common mistakes companies make when selecting a machine monitoring platform and provide a roadmap to choosing a future-ready solution that delivers ROI while supporting long-term digital transformation. Significance/Importance : Why Is This Topic Important? Manufacturers rely on IIoT for real-time insights, but many adopt machine monitoring solutions without considering long-term connectivity needs. Early off-the-shelf solutions often create data silos, limiting scalability and interoperability. As Industry 4.0 advances, seamless, future-proof connectivity is essential for optimizing operations. Without it, businesses face costly system overhauls and missed efficiency gains. This webinar helps manufacturers—both new and experienced—avoid common pitfalls, choose a sustainable solution, and ensure their machine data remains an asset, not a barrier, to growth.