Used MIRAE MR9210 #9039338 for sale

MIRAE MR9210 is the industry's most advanced handler equipment, specially designed for operations involving high-volume material handling. MR9210 handler is a powerful, versatile and user-friendly solution for material handling. It features a wide range of cutting-edge technologies, enabling it to efficiently manage and handle materials. MIRAE MR9210 utilizes a two-step pick-and-place system for precise material handling. First, the handler is programmed with a pick plan which is then executed by a series of robotic arms that efficiently pick, align, and place the materials to exact specifications. The robot arms are equipped with special touch sensors to identify and manipulate parts of different size and shape. As the parts are picked, MR9210's sophisticated control unit calculates the exact placement of parts with precision. MIRAE MR9210 handler is equipped with several advanced features which enhance its performance and make it one of the most reliable material handlers in the market. It features a unique scanning machine that allows it to detect material errors and if found, redirects the robot arm to the correct position. It also has an integrated, smart vision tool that provides superior accuracy when handling different materials with varying shapes and sizes. The high-performance MR9210 handler supports a wide range of material types such as rigid boards, plastics, metals, and ceramics. It is backed by advanced software systems that have been designed for extra protection from environmental conditions. In addition, MIRAE MR9210's advanced programming functions make it capable of programming complex and intricate movements for large scale batch processing operations. In conclusion, MR9210 is the ideal solution for high performance material handling. It offers immense flexibility, robust construction, and precise handling of materials. The automated pick and place asset and the advanced programming and scanning technologies enable MIRAE MR9210 handler to handle any type of material with optimum efficiency.