Used YASKAWA XU-RV640S1-B00 #293793625 for sale

YASKAWA XU-RV640S1-B00 handler is a fully automated, high-speed motion equipment designed for factory automation, robotics, and precision components application. This handler features an extremely rigid structure for high accuracy and high speed motion along with an operating environment that is safe and comfortable. XU-RV640S1-B00 handler uses an articulated robot arm design with 6 axes of operation and a wrist flange diameter of 45mm for maximum flexibility. The driving motors and control system provide a top speed of 450 degrees per second and an accuracy of 0.02mm with a cycle time of 0.25s. YASKAWA XU-RV640S1-B00 is made of a high-strength aluminum alloy, which makes the main body of the machine light weight at only 39kg, and also ensures it is more durable than other robotic handlers. The robot arm of this handler has a reach capacity of 1,202mm, which allows it to accommodate large parts and provide a wide range of motion. XU-RV640S1-B00 also features a built-in controller with an intuitive display and user friendly interface with a broad range of programmable options. It is compatible with YASKAWA iQ Drive controller (MC-F90-C50) allowing the robot motion control unit to be connected to external devices and networks, such as PLCs, amplifiers, and industrial PCs. YASKAWA XU-RV640S1-B00 has an operating temperature range of -15°C to 50°C and is rated to IP67 dust and waterproofing. In addition, the unit comes with ample safety features, including a light curtain and dual arm interlock switch, to ensure the safety of the operator and factory personnel. XU-RV640S1-B00 is an advanced robotic handling machine that is designed to provide a fast and efficient motion environment for automated systems in applications such as factory automation, pick-and-place, and robotics assembly. This versatile handler features an articulated arm robotic design with 6 axes of operation, high speed motion, and a lightweight body to provide a perfect research platform for any motion control challenge.