Description: A wired robot is a type of robot that connects through physical cables for power and communication. This connection allows for more stable and faster data and energy transmission compared to wireless robots. Wired robots are often used in environments where reliability and precision are crucial, such as factories and laboratories. The structure of these robots can vary, but they typically include a central control system, motors, sensors, and actuators, all interconnected via a cabling system. This setup not only facilitates the control and monitoring of the robot but also allows for greater responsiveness to changes in the environment. Additionally, wired robots are less susceptible to external interference, making them ideal for critical applications. In summary, wired robots are a robust and efficient solution for various automated tasks, standing out for their stability and precision in executing complex tasks.
History: The concept of wired robots dates back to the early days of industrial robotics in the 1960s when the first robotic arms were developed for assembly tasks in factories. As technology advanced, control and communication systems were refined, allowing for greater complexity in robot operations. In 1979, the introduction of the Unimate robot on General Motors’ production line marked a milestone in industrial robotics, using wired connections for its operation. Since then, wired robots have evolved, integrating more advanced technologies and sophisticated control systems.
Uses: Wired robots are primarily used in industrial environments for tasks such as assembly, welding, painting, and material handling. Their ability to operate with precision and reliability makes them ideal for production lines where a high degree of repeatability is required. They are also employed in research and development laboratories, where stability in communication and power is essential for various experiments and testing. Additionally, in the field of process automation, wired robots are crucial for the integration of complex systems that require precise coordination among multiple devices.
Examples: A notable example of a wired robot is the KUKA robotic arm, used in various industries for assembly and handling tasks. Another example is the FANUC welding robot, which uses wired connections to ensure fast and efficient communication during the welding process. In the research field, laboratory robots that provide high precision and control are also examples of wired robots.
