Workforce and Deployment
How can robots address our labor recruitment challenges?
Robots help reduce reliance on hard-to-fill roles by automating repetitive, physically demanding, or ergonomically risky tasks. This allows manufacturers to reassign their workforce to safer, more engaging, and value-added work—making jobs easier to fill and retain within robots in manufacturing.
How do Robot Control Systems (RCS) change our engineering workforce requirements?
An RCS reduces the need for specialized robot programmers by abstracting robot functions behind familiar PLC interfaces—enabling controls engineers to manage robots without deep robotics expertise within robots in manufacturing.
Robot Designs and Implementation
How do we determine if Robot Control Systems make sense for our manufacturing process?
Start by assessing your internal skill sets. If you have robotics-trained staff, a traditional setup may suffice. But even with robotics expertise, an RCS can streamline coordination in complex cells with multiple robots and integrated components. The more complex the system, the more an RCS may add value.
How can we address compatibility challenges when integrating robots and PLCs?
Most major robot and PLC brands now offer solutions that support integration within an RCS environment. To avoid compatibility conflicts, factor compatibility and ease of robot integration as selection criteria of core platforms—both for the current system and for easier robot integration across future projects.
How are robot designs evolving to meet different industry standards?
Robot designs are advancing to meet stricter industry demands. With better materials and sealing technologies, robots can now support environments like food production, clean rooms, and pharmaceuticals. Expect to see more models tailored to niche standards and regulatory requirements.
How early in the design process should we define robot-PLC integration?
Right at the outset of the project. The decision of whether to use a robot control system (RCS) for the robot-PLC integration will significantly influence product selection for compatibility. It will also influence the mechanical design, as using an RCS could reduce space constraints. Having well-defined design criteria will help determine the best path moving forward to understand all the devices that need to be integrated within the system.
