AGENDA
Controlled Viscosity Molding
Rick Fitzpatrick, X2F
Conventional injection molding uses extreme pressure to induce shearing and lower plastic viscosity to where it can flow into a mold. This works against the non-Newtonian polymer melt and this pressure dictates large machines and molds while damaging polymer chains and reducing flow control. Most polymer and process engineers have a knowledge of plastic only through the lens of this kind of process and is a limiting view of polymers and how they can be molded.
Controlled Viscosity Molding is designed to manipulate non-Newtonian polymer melt to flow and fill mold cavities. Counterintuitive to polymer scientists and process engineers, this is done with far less pressure and a higher degree of control regardless of polymer and part design. This leads to re-writing many of the rules of product design and plastic processing.
Streamlining Overhead Costs with Generative AI: A Processor's Practical How-To Guide
Derek Moeller, CognitionWorks
In this session, you'll explore how generative AI can transform production efficiency in the plastics industry. Learn to preserve valuable "tribal knowledge" with artificial neural memory, identify hidden production efficiencies using AI-driven analysis, and discover cutting-edge advancements in cognitive vision and goal-seeking AI agents. As AI evolves, gain insights into how AI-powered employees may shape the future of manufacturing, helping processors reduce overhead and streamline operations.