A collaborative robot integrator is an engineering firm that designs, programs, and deploys cobot systems, connecting the robot to a facility’s specific processes, safety requirements, and existing control infrastructure. The integrator is the critical decision, not the robot itself.

Cobots, collaborative robots, are designed to work alongside human operators without full safety fencing, using force-sensing and speed-limiting technology to operate safely in shared workspaces. Unlike traditional industrial robots optimized for speed and isolation, cobots are built for flexibility: redeployable, reprogrammable, and adaptable as production needs change.

A well-integrated cobot improves throughput and reduces ergonomic strain. A poorly integrated one creates new problems.

Patti’s collaborative robot integration work covers:

• Application assessment and feasibility analysis
• Cell design and safety system engineering
• Programming and commissioning using FANUC RoboGuide simulation
• Integration with existing PLCs, SCADA systems, and data infrastructure
• Operator training and long-term support

Cobots aren’t the right solution for every application, and we’ll tell you that upfront. They’re the right fit when flexibility, human proximity, or frequent changeovers make traditional industrial automation impractical.

High-value applications:

• Assembly and kitting — repetitive tasks that benefit from consistency without full automation
• Machine tending — loading and unloading CNC machines, injection molding equipment, and test fixtures
• Inspection and quality control — vision-guided tasks requiring precision and repeatability across shifts
• Packaging and palletizing — end-of-line work where floor space and flexibility matter
• Welding and dispensing — applications where consistency across shifts eliminates fatigue-related variation

If a cobot isn’t the right fit, we’ll tell you what is.