Integrated collaborative mechanical palletizing robot

1. Multi-function integration improves efficiency: The cargo identification function can quickly and accurately determine the type, size, weight and other information of the cargo through advanced sensors and recognition algorithms. Based on this information, the sorting function can classify different types of cargo, and then the robot automatically stacks them on the pallet in an appropriate manner.

2. Convenience of unified operation interface: The integrated operation interface is a highlight of the robot. Operators can complete the setting, monitoring and adjustment of all functions of the robot on an intuitive and concise interface. None

3. Excellent human-machine collaboration experience: Focus on the friendliness of human-machine collaboration, with advanced collision detection and automatic avoidance functions. Through sensors installed in various key parts of the robot, it can perceive the surrounding environment and the position of personnel in real time.

4. Seamless collaboration with other equipment: The robot can achieve seamless docking with peripheral equipment such as conveyor lines, forklifts, pallet supply systems, etc. Through standard communication protocols and interfaces, the robot can interact with these devices in real time.

5. All-round collaborative safety guarantee: Equipped with a complete safety system, it provides all-round protection for the collaboration process. The light curtain sensor surrounds the robot's working area, forming an invisible safety barrier. Once an object or person enters the range of the light curtain, the sensor will immediately transmit a signal to the control system, and the robot will quickly stop all movements to prevent collision accidents.

6. Ultra-high palletizing accuracy: With the help of high-precision sensors and advanced control systems, the integrated collaborative mechanical palletizing robot can achieve extremely high palletizing accuracy. Sensors include visual sensors, position sensors, etc., which can accurately obtain information such as the shape, size, position and posture of the goods.