Cobot Integration
Can we integrate cobots into a line with older equipment or legacy software systems?
Possibly. Cobots can often connect to legacy equipment using hardwired I/O signals or simple industrial communication commands. This lets the cobot’s own controller manage complex motion tasks. Full software cobot integration is harder, as older systems may not support modern cobot communication protocols or manufacturer tools. Finding effective cobot solutions often involves utilizing external signal converters to bridge the gap between old and new technology.
Can multiple cobots be centrally managed or orchestrated?
Yes, they can. Cobots are designed for simple, stand-alone deployment, making them accessible even to teams with limited technical resources. But they also work well when managed through a Robot Control System (RCS). With an RCS, you can easily deploy, redeploy, or scale cobot operations across production lines, which is crucial for maximizing the efficiency of collaborative robots in manufacturing. Their flexibility supports both straightforward setups and more sophisticated cobot solutions.
Can cobots operate in a shared space with AMRs or AGVs?
Cobots and Autonomous Mobile Robots (AMRs) can safely share workspace when properly evaluated and integrated. Both use advanced sensors and navigation to detect obstacles and adapt to their surroundings, allowing them to collaborate with people and each other. This kind of advanced cobot integration is becoming standard for modern facilities. Automated Guided Vehicles (AGVs) typically follow predetermined paths and would rarely intersect with a cobot’s operational space. Success in this area is a key part of modern collaborative robots in manufacturing.
Assessing Cobot Feasibility
What factors should we evaluate before adding a cobot to an existing manufacturing line?
When adding a cobot to an established line, start by confirming the task and cycle time align with what a cobot can handle. If a cobot is the right tool, then look at how it will share space and safely interact with workers, and how easily it can integrate with your existing systems and layout. ROI, including maintenance costs and training, which also influences whether the cobot delivers lasting value – all of which are critical to finding the best cobot solutions for your needs.
How can we determine whether a cobot or a traditional robot is the better fit for an existing line?
Cobots are best for flexible, lower-speed, human-collaborative tasks. Traditional robots are better suited to high-speed, high-payload, or isolated operations. We can help you walk through your line requirements to pinpoint whether a cobot or traditional robot is the better fit for your specific use case, ultimately guiding your strategy for collaborative robots in manufacturing.
How do we know if our current line layout, workflow, and space are suitable for cobot integration?
You can start by reviewing the available workspace to ensure both cobots and operators can move safely and efficiently, with clear access and minimal obstructions. Cobots need room to move safely and efficiently. Make sure workflows support safe human-robot collaboration and that power, networking, and mounting points are easily accessible, all of which contribute to smooth cobot integration.
