Used MIRAE MR9220 Hybrid #9018298 for sale

MIRAE MR9220 Hybrid Handler is a reliable, efficient, and cost-effective high-performance handler designed to manage and streamline production processes. This versatile industrial robot can be used for pick and place operations, part positioning, and other assembly and manufacturing tasks. MR9220 Hybrid Handler is a hybrid robot that combines dual mechanical arms, vision, control and tracking technologies to provide an efficient, accurate and reliable handling solution. MIRAE MR9220 Hybrid Handler's dual mechanical arms are powerful and robust, able to lift up to 25kg in payload weight. It is outfitted with 8 controllers to enable simultaneous operations for high speed production. The dual-arm configuration allows the robot to perform complex tasks in a tight and efficient area. The Handler also features integrated vision technology to quickly detect and manipulate objects. This can help the robot navigate safely and recognize objects with precision, even in low lighting conditions. MR9220 Hybrid Handler also provides high-accuracy control and tracking capabilities. It supports multiple axes and can accurately track objects at up to 20 meters per second, ensuring quick and accurate movements of parts and materials. In addition, the Handler can accurately detect and correct errors in the positioning of targets to ensure maximum precision in the production process. In terms of safety, MIRAE MR9220 Hybrid Handler provides safety-monitoring capabilities such as power shut-down, E-stop, and life stops that prevent accidents or harms to personnel. The Handler is also designed with ergonomic considerations in mind, providing an ergonomic and intuitive manipulation of targets. Overall, MR9220 Hybrid Handler is a reliable, cost-effective, and efficient industrial robot that is capable of automating and streamlining production processes. Its dual arms, vision technology, control and tracking capabilities, and safety monitoring make it an ideal solution for any manufacturing or assembly environment.