Used FANUC M710iC 50 #9266862 for sale

FANUC M710iC 50 is an industrial robot manipulator specifically designed for handling applications. It is a high performance, six-axis robot with a rigid payload capacity of up to 50 kg. Its design includes a powerful R-30iA PLC and exceptionally fast pick and place capabilities that can handle even the most difficult objects. M710iC 50 robot is made up of three parts; the base, arm and end of arm tooling. The base contains the controller and provides the foundation of the robot. The arm has six-degrees of freedom, allowing for efficient and precise routing and handling operations. The end of arm tooling (EOAT) is used to customize the robot for particular applications. It is optimized for high-accuracy position tracking as well as ultra-fast pick and place applications. The robot's advanced R-30iA PLC controller comes with an integrated vision system and is built with programming and motion control features that simplify operations. It also supports FANUC touch-sensitive programming that allows for easy configuration of the robot, eliminating the need for complex external programming. In terms of safety features, FANUC M710iC 50 features built-in vision sensors and special force limiting functions that help to prevent any physical injury from occurring. It also includes a variety of environment sensors that can detect ambient temperature, humidity and air pressure changes. The robot's reinforced construction also ensures that it can withstand any knocks and scrapes that may occur while operating in industrial environments. Its superior accuracy is also complemented by its resistance to vibration and shock, so it can easily perform in even the most demanding environments. All in all, M710iC 50 is an extremely reliable and high-performing industrial robot manipulator that has been designed to handle even the most complex applications. Its superior construction, programming features, safety safeguards and vision capabilities make it an ideal choice for any industrial handling application.