The goal of intelligent logistics is to achieve a highly automated, efficient, and reliable logistics system, applying intelligent technology in logistics and supply chain management to improve efficiency, reduce costs, and enhance sustainability, in order to adapt to constantly changing market demands and address complex supply chain challenges. Through logistics automation, enterprises can achieve more efficient and reliable logistics operations, reducing errors and delays while also lowering overall operating costs. This is crucial for addressing increasingly complex supply chain challenges and meeting rapidly changing market demands. Hinson products have received unanimous praise from customers for their high reliability and play various important core roles in the intelligent logistics series.

+Automated handling

Use automated equipment (such as automated guided vehicles, unmanned forklifts, etc.) in logistics to perform cargo handling tasks. These automated handling systems are capable of autonomously moving, extracting, and transporting goods without the need for manual intervention. Automated handling aims to improve handling efficiency, reduce operating costs, and alleviate the burden of manual labor. The automated handling system perceives the surrounding environment through various technologies such as navigation technology, positioning technology, obstacle avoidance technology, and data reading in sensors (laser sensors, magnetic navigation sensors, RFID sensors, visual sensors, etc.) to ensure the safe and accurate arrival of goods at their destination.

+Intelligent sorting

Intelligent sorting technology is used to improve the efficiency and accuracy of order picking. This may include using automated equipment such as robots or automated picking systems to automatically perform picking tasks, thereby reducing human errors and improving speed. Sensors and visual recognition systems are typically used to detect and identify goods, while intelligent algorithms are used to plan the optimal picking path. This helps improve the processing capacity of the logistics center, ensuring that orders are processed and shipped on time and accurately.

+Safety supervision and warning

Security technology and monitoring systems are used to ensure the safety of the work environment. This may include using sensors, gratings, and other monitoring devices to ensure workplace safety. Intelligent algorithms and analysis tools can be used to detect potential security risks, such as contact between workers and automated equipment, abnormal equipment operation, etc. Once potential hazards are detected, the system can issue warnings, enabling operators to quickly take measures to ensure workplace safety. This safety supervision and warning system helps to reduce the possibility of accidents and ensure the safety of staff.

+Process foreign object detection alarm emergency stop

When the in-process foreign object detection system detects an abnormal situation, it will trigger an alarm mechanism. This alarm mechanism can include sound, flashing light, digital display, or other forms of visual and auditory signals to draw the attention of staff. Alarm is usually designed to be conspicuous and easily noticeable to ensure timely detection in case of abnormalities. In addition, to quickly respond to potential hazardous situations, the system may also include an Emergency Stop function. Once the foreign object detection system in the process triggers an alarm, the emergency stop function will immediately interrupt the entire production process, stopping the relevant equipment to minimize potential danger or damage. The purpose of the emergency stop function is to quickly prevent processes that may cause quality issues or safety risks, and provide sufficient time for operators to inspect and resolve issues to ensure safe production.

For more application details, please contact the relevant personnel for consultation!