KUKA Cybertech Nano KR 10 R1440-2
The KR CYBERTECH nanorobots are versatile and excel in various applications. Whether you need them in small cells, complex tasks, or high-density production lines, they deliver optimal results from the start, reducing maintenance costs. These robots offer maximum performance while minimizing investment, integration, and maintenance expenses.
Designed to meet the dynamic demands of future markets, the KR CYBERTECH nano series sets new standards for performance and flexibility. They are agile, fast, and precise in continuous-path motion. Their sleek design makes them suitable even for challenging environments.
Features:
- The KR CYBERTECH nano industrial robots are known for their precision, offering a remarkable repeatability of 0.04 millimetres, even at high speeds.
- These robots are designed to be streamlined and compact, making them versatile for various industrial manufacturing applications.
- They provide maximum freedom to access previously inaccessible workspaces, thanks to their extensive reach and workspace to the rear.
With standard ESD protection, these robots can safely handle sensitive electronic components.
- The KR CYBERTECH nano-robots offer flexibility in installation, whether on the floor, wall, ceiling, or any desired angle, accommodating a wide range of requirements.
- They feature one of the smallest in-line wrists in their class, allowing them to work in tight spaces inaccessible to other robots.
- Additionally, external axes can be easily integrated via the robot controller, and the innovative K-PIPE-ES energy supply concept further enhances their flexibility.
| Controller |
KR C5 KR C5 micro |
|---|---|
| Number of axes | 6 |
| Rated payload | 10 kg |
| Wrist variant | In line |
| Reach | 1,440 mm |
| Pose repeatability | 0.04 mm |
| Weight | 153 kg |
| Variants | HO |
| Installation position | Floor, ceiling, wall, angle |
Polígono Ugaldeguren III, nó 32, Pabellón 1
48170-Zamudio (Vizcaya) Spain
Tel. 0039 3387620171
0039 3395310971
daniela@eurobots.com
matteotenti@eurobots.com
Last updated: 21 Nov, 2024