Discovering Pick-to-Weld: A smarter way to feed your welding cells
- Date
- 2026-09-24
- Location
- Online
- Host
- Automated Imaging Association (AIA)
About this event
If you’re working to make welding automation more reliable, scalable, and easier to run, material presentation is one of the first places to look. Discovering Pick-to-Weld: A smarter way to feed your welding cells is a focused virtual session on how smarter part-feeding strategies can improve the performance of robotic welding cells and reduce the friction that slows production down. Welding automation often gets discussed in terms of robot programming, fixtures, and arc quality, but upstream handling has an enormous impact on throughput and consistency. This event puts that often-overlooked link front and center, with a practical look at what pick-to-weld means and why it matters in advanced manufacturing environments. About the Event This online event is built for people who care about real production outcomes, not abstract theory. The core topic is pick-to-weld: a smarter approach to feeding welding cells so robots receive parts in a more predictable, efficient, and automation-friendly way. Rather than treating feeding as a separate problem from welding, this session looks at the connection between the two. When parts arrive in the right orientation, at the right time, and with fewer manual interventions, the entire welding process becomes easier to stabilize. That can affect everything from cycle time to cell uptime to the amount of operator attention required. Because this is a virtual event, it’s especially well suited for manufacturing leaders, engineers, automation specialists, and operations teams who want to learn without stepping away from the plant or office for an entire day. You can attend from wherever you are and still come away with ideas that are directly relevant to your production environment. Expect a format that is concise, topic-driven, and designed to help attendees understand both the concept and the operational impact. The emphasis is on practical manufacturing thinking: how smarter feeding supports better robotic welding, and where that can create meaningful gains. What to Expect This session will center on the operational logic behind pick-to-weld and how it can support more effective welding cell performance. You should expect a clear walkthrough of the challenges that conventional feeding approaches can create, especially in environments where repeatability, labor efficiency, and throughput all matter at once. Topics likely to be explored include: How part presentation affects robotic welding performance Where feeding bottlenecks show up in automated cells Why consistency upstream leads to consistency at the weld How smarter material handling can reduce manual touchpoints What manufacturers should evaluate when improving cell input flow The event is also a good opportunity to think more holistically about cell design. Feeding is not just a peripheral process; it influences whether your welding automation delivers the efficiency gains you expected. Attendees can expect discussion that connects robotics, material flow, and production realities rather than treating them as isolated functions. Because the audience will likely span multiple roles, the content should be useful whether you’re focused on engineering design, production planning, automation strategy, or day-to-day operations. The value is in understanding how one improvement area can unlock better results across the entire welding process. Why Attend If you’re evaluating how to get more from your welding cells, this event offers a timely lens on a problem that is easy to underestimate. Many automation efforts stall not because the robot cannot weld, but because the surrounding process makes stable, repeatable operation harder than it needs to be. Smarter feeding can be a direct path to better utilization and fewer interruptions. Attending can help you sharpen your thinking around questions like: Where is unnecessary handling adding variability? How much operator involvement is really required to keep cells fed? What changes could improve flow without rethinking the entire operation? How can feeding strategy support more dependable automation outcomes? This event is particularly valuable if you’re trying to connect high-level automation goals to practical implementation details. It is one thing to invest in robotic welding; it is another to make sure the surrounding process supports speed, consistency, and repeatable output. Pick-to-weld sits right in that gap between automation intent and production reality. You should come away with a clearer framework for identifying feeding-related constraints in welding operations and understanding how a smarter approach can contribute to efficiency, quality, and scalability. Even if you’re early in your automation journey, this topic can help you ask better questions before making process or equipment decisions. Practical Details This is an online / virtual event, making it easy to attend from your plant, office, home workspace, or anywhere else with a reliable internet connection. There’s no travel requirement, which makes the session accessible for distributed teams and busy manufacturing professionals. Date and time: Thursday, September 24 at 3:00 PM UTC. A virtual format also makes this a useful option for cross-functional attendance. If your robotics, manufacturing engineering, and operations teams are aligned on improving welding cell performance, attending together can create a shared starting point for follow-up discussions inside your organization. To get the most out of the session, it helps to arrive with your own production context in mind. Think about where part flow slows down, where manual loading introduces inconsistency, or where your welding cells could benefit from more dependable upstream handling. The stronger your connection to your own process, the more useful the event will be.
Who should attend
This is for you if you’re involved in welding automation and want a sharper, more practical understanding of how feeding strategy affects cell performance. - You work in **manufacturing engineering** and want to improve the consistency, flow, and efficiency of robotic welding cells. - You’re part of an **automation or robotics team** looking beyond robot programming to the upstream handling decisions that influence uptime and repeatability. - You lead **operations or production** and need to reduce bottlenecks, manual intervention, or variability around welding processes. - You’re responsible for **process improvement** and want to identify where smarter part presentation could support better throughput and more stable output. - You evaluate or implement **advanced manufacturing systems** and want to understand how pick-to-weld fits into a broader automation strategy. - You’re exploring ways to make existing welding cells work better, and you want ideas grounded in real production logic rather than generic automation talk. If you’ve ever looked at a welding cell and thought, "the robot isn’t the only issue here," this session will likely feel directly relevant.