Used FUJITSU / TOHOKU MiTR-E #9225870 for sale

FUJITSU / TOHOKU MiTR-E is a handler designed for automated testing and assembly processes in manufacturing. It uses two external arms to manipulate and transfer parts with precision and speed. The equipment consists of a base frame and two 5-axis robotic arms each powered by a delta-type control motor. The arms are equipped with an optical encoder and touch sensor for position and motion feedback. Their end-of-arm-tooling can be customized for different tasks from handling components to assembly processes. The system can be equipped with different types of movement for precise operation. It has a maximum speed of 10 meters per second for linear motion and 500 degrees per second for rotation motion. Its position accuracy can reach up to 0.5 millimeters. The repeats of its position and motion control can be programmed with a precision of 0.05 millimeters. It also has error-recovery algorithms to maintain the overall production accuracy over time. TOHOKU MiTR-E has an open architecture design which allows for integration with other industrial robots, cameras, and other automation devices. It is also capable of communications with different types of networks (Ethernet/IP, Profibus, EtherCAT, etc.). Furthermore, its servo-control unit can be synced with a controller allowing for precise robot control without fluctuations in speed. In addition, the handler comes with a graphical interface for easy monitoring and programming of the robotic arm motion. This makes it easy for users to create movement sequences and make changes quickly. The interface also allows for remote operations and control. It also has various sensors for tactile, acoustic and visual feedback during operations. FUJITSU MiTR-E handler is an intelligent and comprehensive robotic machine that provides an efficient solution for assembly and manufacturing processes. Its precision and speed combined with an open architecture and graphical interface help streamline manufacturing for improved production efficiency and performance.