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WEST Session: Your next efficiency breakthrough isn't hiding in a machine learning algorithm. It's walking around your shop floor right now. While manufacturing obsesses over AI, 85% of operations still depend on human expertise. The CNC programmer who knows exactly when to adjust spindle speeds. The veteran welder who spots perfect joints in seconds. The setup technician whose alignment cuts cycle times. These operators don't just run your processes, they've mastered them. They hold the institutional knowledge that separates good production from great production. But your systems can't see what they know, creating a costly blind spot. Mid-market manufacturers nationwide face the same challenge: valuable knowledge trapped in individual heads instead of being scaled digitally. The result is lost efficiency because operator expertise can’t integrate with core systems. Companies overcoming this aren’t layering more machine learning. They’re building systems that amplify human intelligence. They digitize workflows, connect teams to real-time data, and create interfaces designed around how operators think and work, not the other way around. In this session, Docket will reveal how shop floor digitization platforms close the gap between operator expertise and digital execution. You’ll gain practical insights into smart manufacturing systems that support your frontline, enabling faster setups, higher accuracy, and smoother production. At a time when manufacturers chase the next big overhaul, don’t overlook the team that got you here. The goal isn’t replacing human insight, it’s designing systems that can multiply it.

Speaker at WEST: Sean Ramirez, CEO, Tera Engineering

Speaker at WEST: George Barnych, Vice President and Chief Technology Officer, National Center for Defense Manufacturing and Machining (NCDMM)

WEST Session: Sponsored by: UiPath Moderated by: Paul Boris This panel brings together different perspectives, from a small, family-owned manufacturing company to one of the largest digital solutions providers, to discuss the deployment of advanced technologies and how the landscape continues to change rapidly.  Using AI to improve efficiency, automate tasks and analyze data allows manufacturers enhanced decision making and is even transforming entire industries.  AI is disrupting traditional thinking at an accelerated pace.  This panel will cover organizational factors/business considerations, technical challenges, skills/labor gaps, ethical considerations and other.

Speaker at WEST: Mary Miller, Director of Marketing, PayTrace

Speaker at WEST: James Meyette, Senior Application Engineer, Selway Machine Tool Co.

WEST Session: Moderated by: Graham Hargreaves, CAD/CAM Consulting Services “You just have to finesse it...” “...finagle it” “...jockey it around a little.” These are highly technical terms to describe how engineers, programmers, and machinists make the software and machines at hand do something a little avant-garde to make a workpiece as spec’ed. For machine shop owners, pressure is growing to deliver increasingly complex, never-before-seen parts—and so are the challenges. From tight timelines to tighter tolerances, the path from design to finished part is rarely straightforward. But there is a path, and it involves creating a collaborative environment where engineers, programmers and machinists engage in open communication to problem solve on the fly. This panel will address the key challenges manufacturers face today, including: · Handling first-time parts with no proven toolpaths or machining history · Working around software limitations when standard CAM strategies fall short · Bridging the gap between engineering, programming, and machining to avoid costly miscommunication · Maximizing existing machine capabilities without compromising part quality · Collaborating under pressure to solve problems in real time on the shop floor Panelists will share real-world examples and proven strategies for overcoming these obstacles through smarter programming, tighter collaboration, and creative problem-solving. Whether you're running a small job shop or managing a larger operation, this session will offer practical insights to help your team work more efficiently, reduce rework, and stay competitive in a fast-changing manufacturing landscape. This conversation will bring this reality to light and attempt to lift up the entire industry, and encourage everyone to never stop learning, tinkering, and tweaking.

WEST Session: In this presentation, we’ll explore how GibbsCAM empowers modern machine shops to overcome complex manufacturing challenges through advanced, yet intuitive, CAM technology. We’ll walk through real-world part examples that demonstrate how GibbsCAM streamlines programming for Milling, Turning, and Multi-Task Machines. Attendees will learn how to reduce cycle times, improve toolpath quality, and eliminate redundant operations using intelligent automation, toolpath optimization, and post processor customization. We’ll highlight strategies like adaptive roughing, simultaneous machining, and sync management for multi-channel machines—all designed to help manufacturers maximize spindle uptime and shorten setup times. We'll also showcase how GibbsCAM’s associative modeling, geometry creation tools, and integrated simulation reduce scrap and improve confidence before the part hits the machine. This session will provide actionable insights to improve programming workflow. By combining powerful functionality with a user-friendly interface, GibbsCAM gives you the control and flexibility needed to stay competitive in today’s fast-paced manufacturing world. Join us to see how GibbsCAM can help you do more with your machines.

WEST Session: Scaling Hardware Without the Headaches: The Critical Need for Automated Procurement Technology Hardware manufacturing teams face unprecedented challenges in scaling procurement operations while maintaining speed, compliance, and cost efficiency. Electronic components represent 70% of the bill of materials in mission-critical industries, yet traditional procurement systems rely on manual processes that create bottlenecks and force engineering teams to spend valuable time on logistics rather than core product development. The hardware industry urgently needs technological solutions that transform procurement from a laborious, error-prone process into automated workflows that scale efficiently without proportional increases in headcount. Modern procurement platforms must integrate advanced technologies to address the unique complexities of electronic component sourcing. Critical Technology Requirements: AI-Powered Process Automation - Advanced systems that can automatically parse unstructured data from supplier communications, emails, and attachments, converting them into structured data for ERP integration. Machine learning algorithms should track complete bills of materials across hundreds of suppliers, providing predictive insights and automated exception reporting to prevent supply disruptions. Intelligent Supplier Network Management - Technology platforms that leverage large databases of pre-vetted suppliers, using automated matching algorithms to connect procurement teams with suppliers based on technical specifications extracted from 2D/3D drawings and process documentation. This eliminates the time-consuming manual vetting process that often takes weeks. Real-Time Supply Chain Visibility - Integrated systems that provide instant access to inventory levels, bill of materials analysis, and global supply intelligence, with predictive algorithms that alert teams to compliance issues, supply disruptions, and component lifecycle changes weeks before they impact production. Research indicates that organizations implementing automated procurement technologies achieve 20% efficiency improvements while maintaining compliance with strict industry regulations. The future of hardware manufacturing depends on developing and adopting these technological solutions to eliminate traditional procurement bottlenecks and enable innovation in aerospace, defense, robotics, and other critical industries.

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