Used FANUC M2iA 3S #9266511 for sale

FANUC M2iA 3S robot handler is a robotic solution intended for material handling and pick-and-place applications. With a sleek frame, compact design, and high repeatability, this system is ideal for small to medium industrial production lines. M2iA 3S comes with an arm design that is three axes, allowing the robot to reach and maneuver tight spaces with a wide work envelope, higher accuracy, and speed. The 3S handler can handle a maximum payload of 4kg (8.8 lbs), which is suitable for many material handling applications. Its reach is about 800mm (31.5 inches), allowing it to work efficiently in limited space environments, like small production cells. The 3S has a high repeatability accuracy of 0.1mm (0.004 inch) that ensures consistent and reliable operation. Its range of motion is also flexible, giving it the ability to perform intricate movements that allow it to pick up and move components with precision. The 3S robot includes an integrated controller unit, which offers advanced motion control capabilities and proprietary error-prevention technology to ensure reliable and safe operation. The controller is equipped with seven digital inputs, seven digital outputs for interfacing with additional sensors, and 10 ADC/DAC inputs for configuring input/output devices. Additionally, the 3S has a built-in ladder program editor, allowing users to create and modify their programming without the need for a separate, dedicated programmable logic controller (PLC). The 3S robot also supports a wide variety of I/O devices and connection protocols, including EtherCAT, PROFIBUS, and SERCOS III for easy integration with additional equipment. Furthermore, it's equipped with a built-in teach pendant that lets users create, edit, and debug their own programs. The 3S is a reliable, easy-to-use solution that's suitable for a wide range of material handling applications. It's a highly productive robot that offers precision and accuracy and can be easily integrated into tightly spaced industrial production systems.