2024 Emerging Tech Webinar Series
December 4, 2024
1:00pm-2:00pm ET
Discover how flexible automation systems expand production for gear manufacturers in our upcoming webinar. Collaborative robots (cobots) offer unique technologies that put the deployment and operation of robot systems into the hands of more manufacturers than ever before. This webinar will provide you with valuable insights into how cobots can transform your operations, enhance efficiency, and give you a competitive edge.
Key Topics Covered:
- Introduction to Collaborative Automation Technologies and Benefits
- Strategies for Implementing Collaborative Automation
- Successful Cobot Deployments in the Gear Industry/Metals and Machining Industry
Who Should Attend:
- Gear industry professionals and manufacturers looking to enhance their production capabilities
- Automation engineers considering collaborative robots for gear manufacturing processes
- Production managers and operations leaders seeking strategies to improve efficiency, control production quality and add greater flexibility into their manufacturing processes
Justin Griffin
Regional Segment Manager for Machine Tending, Universal Robots
Justin Griffin has been with Universal Robots for over six years and is currently the Machine Tending Segment Manager for the United States and Canada. Prior to joining the company, he worked for a robotics integrator and custom machine builder. This experience would prove to influence his early years in Regional Sales at Universal Robots, where he developed and worked with a diverse network of solutions providers throughout his Mid-Atlantic region. These networks would achieve outstanding results, deploying north of 1,000 robots during his tenure in the territory. In his new job role, Justin focuses on enabling end users and solution providers with new and advanced solutions for robotic automation of their machine tools. Some examples include automatic work holding, connectivity packages/interfaces to machine controllers, or intelligent software that autonomously manage tool wear throughout their machining processes.