Efficient Robot Control Technology
KUKA Smart Production offers powerful control technology that allows for the simple and efficient operation of robots and production systems. With a modular hardware structure and an open, PC-based software architecture, the controller can be customized to meet the specific needs of your system. This adaptability ensures that your production remains competitive and agile in response to changing requirements.
Scalable Solutions for Various Applications
The Robot Controller KR C5 provided by KUKA Smart Production is a scalable controller compatible with a wide range of applications. It features digital IO interfaces that facilitate seamless integration in cloud environments, enhancing the efficiency and connectivity of your robotic systems. Whether it's adapting to new production tasks or evolving requirements, the KR C5 ensures flexibility and reliability.
Compact and Energy-Efficient Controllers
For smaller robots, the KR C5 micro offers a compact controller solution with low energy consumption. Despite its small size, this controller delivers maximum performance and availability by plugging into standard mains power. This energy-efficient design ensures optimal operation of small robots in limited spaces, without compromising on power or functionality.
Intuitive Operator Devices
The KUKA smartPAD and smartPAD pro are operator devices designed to provide intuitive control and user guidance. Equipped with capacitive touch displays, these devices offer comfort and ease of operation for both left- and right-handed users. The smartPAD pro, in particular, is optimized for use with iiQKA.OS, delivering the power, speed, and reliability required for advanced robotic operations.
Versatile Control System
The KUKA Controller Standard miKUKA is a versatile control system that can be used for both simple cells and complex production systems. Its flexibility and comprehensive functionality make it a reliable choice for various industrial applications, ensuring smooth operations and efficient control of robotic processes.