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Cobot Robot Arm 700kg Picking Robot KUKA Other Used Machinery
KUKA Roboter is a world leader in the manufacture of industrial robots and automation solutions for the main industrial sectors such as automotive, metallurgical, welding, food and plastics. Most KUKA robots are used by companies such as GM, Chrysler, Ford, Porsche, BMW, Audi, Mercedes-Benz, Volkswagen, Harley-Davidson, Boeing, Siemens, , Wal-Mart, Nestle, Budweiser, Coca-Cola and much others. We have a main plant with industrial robots, controllers, KUKA spare parts, etc. The KUKA group is an example of technological progress in both the industrial and medical divisions, proposing new automation procedures. It is a cost-effective solution for those who want to start automating manual processes.
Product Features
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*Brand
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KUKA
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*Model
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KR700PA
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*Max playload
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700kg
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*Max reaching
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3220mm
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*Axis
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6
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*Installation
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Floor, Celling, any angle
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*Mass Gross
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2850kg
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features
Simple to plan, operate and maintain .Continuation of service-proven PC-based control technologies. Quick and easy operation thanks to continued use of familiar operator control concepts .Expansion of the set of commands for more user-friendly path programming. High compatibility with previous programs for the KR C2 .Safety, Robot, Logic, Motion and ProcessControl in a single control system Real-time communication between the dedicated control processes .Central basic services for maximum data consistency .Seamless integration of safety technology for entirely new fields of application .Integrated software firewall for greater network security.Innovative software functions for optimized energy efficiency. Future-compatible technology platform without proprietary hardware. Multi-core processor support for scalable performance
Fast communication via Gigabit Ethernet .Integrated memory cards for important system data. Designed for 400 – 480 VAC . New fan concept for optimized energy efficiency . Maintenance-free cooling without filter mats . Highest performance in the smallest possible space . Maximum availability