KR CYBERTECH nano ARC
(MADE IN GERMANY)
PRODUCT LINK
https://www.kuka.com/tr-tr/%c3%bcr%c3%bcnler/robot-sistemleri/end%c3%bcstriyel-robot/kr-cybertech-nano-arc
KR CYBERTECH nano ARC
The KR CYBERTECH nano ARC product family is optimized for applications such as arc welding, bonding and sealant application. KR CYBERTECH series provides maximum performance at minimum cost.
Flexible robots for applications such as arc welding, gluing or laser cutting
With their new controller structures, the industrial robots of the KR CYBERTECH nano ARC product family are extremely orbital precise and fast. The new and compact design with its acceleration values guarantees the highest level of orbital movement even within components. You can find the ideal robot model for your applications with very precise payload levels of 6 and 8 kilos .
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KR CYBERTECH nano ARC
KR CYBERTECH nano ARC
The KR CYBERTECH nano ARC product family is optimized for applications such as arc welding, bonding and sealant application. KR CYBERTECH series provides maximum performance at minimum cost.
Flexible robots for applications such as arc welding, gluing or laser cutting
With their new controller structures, the industrial robots of the KR CYBERTECH nano ARC product family are extremely orbital precise and fast. The new and compact design with its acceleration values guarantees the highest level of orbital movement even within components. You can find the ideal robot model for your applications with very precise payload levels of 6 and 8 kilos .
Any mounting position
The robot can be mounted on the floor, wall, ceiling or at an angle, completely according to your wishes.
Software add-ons
Thanks to digital movement modes, you can easily adapt the robot's performance via the controller, e.g. for optimum precision and speed.
TCO reduction
Thanks to its long service life and maintenance-free 4-6 axes, you permanently reduce your TCO.
Suitable for compact cells
Robots provide optimum space utilization in the robot cell thanks to their compact design and small space requirements.