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Description
Product Description:
The UR9EV is a high-performance, nine-axis articulated robot from GE. Designed for industrial automation and material handling applications, the UR9EV offers exceptional speed, accuracy, and reliability. It is suitable for a range of manufacturing, packaging, and assembly operations that require complex motion control.
Product Parameters:
Stroke: The maximum reach of the UR9EV’s end-effector, determining the maximum distance it can travel within its workspace.
Payload: The maximum weight the UR9EV can handle at any point within its workspace, crucial for effective material handling.
Repeatability: The ability of the UR9EV to repeat a specific动作 within a defined range of tolerance, ensuring consistent performance over multiple operations.
End-Effector: The device at the end of the robot’s arm that interacts with the workpiece or material, such as a gripper, tool, or sensor.
Product Specifications:
Speed: The UR9EV has a defined maximum speed, determining how quickly it can complete a motion cycle.
Accuracy: The robot offers high positional accuracy, ensuring precise placement of workpieces and materials.
Dwell Time: The amount of time the UR9EV spends in a specific position before moving to the next one, important for accurate assembly and positioning.
Compliance: The UR9EV is designed with compliance mechanisms that allow it to adapt to uneven surfaces or other non-ideal conditions, ensuring smooth and reliable motion.
Product Features:
High Performance: The UR9EV offers exceptional speed and accuracy, enabling it to handle demanding manufacturing tasks efficiently.
Flexibility: The robot’s nine-axis design provides an enhanced degree of flexibility, allowing it to reach awkward or confined areas effectively.
User-Friendly: The UR9EV features intuitive controls and easy programming interfaces, reducing the need for extensive technical expertise.
Robustness: Constructed from durable materials, the UR9EV is designed to withstand the demands of industrial environments, ensuring longevity and reliability.
