In the robotics industry, cables are essential for the connection and transmission of power, signals, and data. They are primarily used in the following areas:

1. Robot Joint Transmission: Cables connect the robot’s joint drivers and controllers, transmitting control signals and power to ensure precise control of the robot’s joints.

2. Sensor and Actuator Connections: Robots are typically equipped with various sensors, such as vision sensors and force sensors, as well as actuators like motors and cylinders. These components require cables to connect to the robot’s control system, enabling the transmission of data and control signals.

3. Power Transmission: Robots require substantial power to operate various actuators and equipment. Cables are used to transmit power from the power source to different parts of the robot.

4. Communication Network: Robots need to connect to networks to communicate and exchange data with other devices or systems. Cables facilitate this by linking the robot to network devices, enabling seamless data communication.

5. Safety System: The safety systems in robots must connect to various safety devices, such as safety sensors and emergency stop buttons, to prevent accidents. Cables are essential for linking these safety devices to the safety control system.

In summary, cables are crucial in the robotics industry, providing the necessary infrastructure for power transmission, signal transfer, and data communication, thereby ensuring the optimal operation and safety of robotic systems.