Description

The robot KUKA KR60-3 is a part of KUKA’s medium-heavy payload range and shares geometry and dimensions with the KR30-3 and KR45-3 models. Here are some key features and advantages of this robot and its control system:

1. Heavy Payload Capability: This robot is designed to handle heavy payloads, making it suitable for various industrial applications such as offline CAD-CAM machining, general handling, and polishing.
2. Robust and Reliable: It is known for its robust and reliable performance, which is essential for industrial settings where continuous operation is required.
3. Fast and Accurate: The robot is capable of fast and accurate movements, which is crucial for tasks like machining and handling.
4. KRC2 Edition 2005 Control System: The KRC2 Edition 2005 control system is designed with reliability and ease of maintenance in mind. It is assembled using standard PC components and proven drive technology for high reliability and accessibility to cutting-edge technology.
5. External Axis Integration: The control system allows for the integration of external axes, which can be especially useful in applications where more degrees of freedom are required.
6. Modular Design: The controller has a modular structure, making it easy to exchange components quickly. This modularity also allows for customized hardware and software expansions to meet specific production needs.
7. Diagnostic and Troubleshooting Functions: The control system offers a wide range of diagnostic and troubleshooting functions, including remote servicing via the Internet, making it easier to maintain and troubleshoot the system.
8. Uniform Control Concept: KUKA robots, from low to heavy payloads, share a uniform control concept, which simplifies planning and interchangeability.
9. Plug and Play Functionality: The “plug and play” functionality enables a quick start-up process, reducing downtime and getting the robot operational faster.
10. Networked Controllers: The ability for controllers to communicate with each other in real-time allows multiple synchronized robots to work together on a single workpiece, which can be beneficial for collaborative or coordinated tasks.