Optimized Performance for Small Components
The KR CYBERTECH nano industrial robots by KUKA Smart Production offer top performance with a high power density, specifically tailored for handling small components. These robots provide maximum diversity for enhanced economical flexibility with minimal investment and energy costs. Whether it's handling, welding, palletizing, or adhesive bonding, these flexible and cost-effective robots are capable of a wide range of applications.
Precision and Flexibility
The KR CYBERTECH nano family of robots offers utmost precision with a repeatability of 0.04 millimeters, ensuring reliable performance even at high speeds. Designed to be streamlined and compact, these robots are light, compact, and streamlined, making them suitable for a variety of industrial manufacturing applications. Their compact design allows for maximum flexibility, as they can be installed on the floor, wall, ceiling, or at any angle, catering to diverse requirement profiles in different installation positions.
Advanced Features for Enhanced Performance
These robots come with advanced features such as ESD protection, safeguarding them against uncontrolled electrostatic charging or discharging, making them ideal for handling sensitive electronic components. The robots are suitable for use in humid or harsh environments, with IP 65 protection against dust and water for main axes and IP 67 for wrist axes. Additionally, the robots are perfect for compact cells, with a streamlined design that ensures optimal utilization of space in compact robotic setups.
Innovative Technology and Integration
The KR CYBERTECH nano robots offer digital Motion Modes that allow users to adjust the performance of the robot via the robot controller, enhancing precision or speed as needed. These robots have the smallest in-line wrist in their class, with an interference radius of just 67 millimeters, enabling them to work in positions that may be inaccessible for other robots. Furthermore, external axes can be easily integrated through the robot controller, leveraging the innovative K-PIPE-ES energy supply concept for maximum flexibility.