Support Solutions Why CNC Engineering? 860-749-1780 FANUC Robotic Automation Add automated robot tending with part inspections directly on your machine for highly efficient and reliable unattended processes FANUC Robot Machine Tending Robotic Automation is fundamental to the future of manufacturing; enabling companies to substantially increase production by streamlining most aspects of the production process. What was once a pioneer of innovation, has become an industry standard with countless applications for almost any part of the manufacturing process. As part of an overall Automation Strategy, we can implement the following technologies to help you achieve unattended machining: Robotic Machine Part Tending Robotic Pallet Changing Robotic Machine Tool Changing In-Process and Post-Process Part Inspection Tool Monitoring & Adaptive Control ROBOTS FOR ANY APPLICATION Building your Automation Cell Understanding & Design It's important when automating to have a comprehensive understanding of the existing process. We will explore multiple approaches to ensure the most effective cell layout. Items to consider: Cell footprint Maintenance and Operators safety requirements Part quantity to support Part cycle times Part inspection requirements Part Entering and existing of the cell Engineering & Programming Once a cell design is established engineering of the following items are essential for reliability and repeatability. Robot end of arm tooling Correct robot model with reach and payload Cycle speed requirements Location and part tolerances Part work holding and handling Lighting, tolerances, and profiles if utilizing vision inspection Ready to begin Automating? Our sales team can start planning your first robotic cell today. Get Started 19 Bacon Road Enfield CT 06082 860-749-1780 About CNC Automation Learning Center FANUC CNC Support Parts & Repair Services Services CNC Retrofits & Rebuilds CNC Machine Enhancements Robotic Automation News Who We Are What We've Done Talk To Us All Rights Reserved. © 2021 CNC Engineering