Intralogistics & warehousing

Automated three-dimensional warehouse is a new concept that has emerged in logistics warehousing. In the warehouse working environment, it's very important to install photoelectric sensor protection devices in order to protect people, vehicles and door bodies from injury and damage. Retro-reflective photoelectric sensors is easy to install, strong light resistance performance, is the most commonly used industrial door safety protection device; infrared light grids can achieve multi-point protection, greatly enhance the scope of protection, in the industrial door safety protection in the application of more and more popular.

The core of an automated three-dimensional warehouse is an automated conveyor line system. Automated conveyor belts are mainly used to transport goods to or remove them from the stacker. They are generally located in front of the three-dimensional shelves and effectively connect them for goods storage and retrieval. They can quickly deliver goods that need to be accessed to designated locations, improve logistics efficiency and accuracy, and reduce labor costs and transportation time.

Automatic loading and unloading equipment is one of the most important equipment in modern warehouses, often used in the handling, loading and sorting of goods. Equipment such as unmanned forklifts, AGV cars, and automatic shuttles can achieve fully automated operations, reduce manpower investment, achieve full logistics process control, and improve warehouse operation efficiency.As the most core and connected industrial application mobile robot (AGV/AMR) in the intelligent logistics system, it is the most rapidly developing intelligent logistics equipment in recent years and also a must-have place for future intelligent factories.

The express logistics industry is an indispensable part of today's society, and automated sorting systems are the most core part of express logistics. Automated sorting system refers to the use of automated equipment such as computers, photoelectric sensors, and robotic arms to sort express packages, in order to improve sorting efficiency, reduce labor costs, and avoid manual errors. The automated sorting system based on intelligent logistics centers incorporates intelligent elements to automatically classify express deliveries by scanning delivery codes, identifying delivery features, and other methods. It can achieve automated classification of express deliveries of different models, brands, volumes, and weights. In intelligent logistics centers, automated sorting systems can further be combined with logistics information systems to achieve tracking and traceability of express packages throughout the entire logistics process, providing various data support for operational adjustments.

In e-commerce goods sorting, for orders with moderate order volume but high product overlap rate, the method of picking first, then sorting, and then secondary sorting can be adopted. Sowing wall, also named Put Wall , is a common secondary sorting method. In a fixed area, there are many seeding boxes, scan the wave number, and then scan the product code to automatically match the seeding boxes and corresponding quantities that need to be placed in the product.

AGV robots (Automated Guided Vehicles) play an important role in logistics and warehousing, mainly achieving autonomous navigation and cargo handling through environmental perception and sensor technology. AGV robots are equipped with various sensors, and LiDAR has the characteristics of high precision and fast response, making it an important tool for AGV robots to avoid obstacles and navigate accurately. Infrared photoelectric sensors have the advantages of small size, light weight, and strong anti-interference ability, and play an important role in navigation and positioning The fusion application of multiple sensor technologies has become a key component for AGV robots to cope with complex environments. The fusion application of LiDAR and visual sensors can enable AGV robots to recognize road signs, cargo information, etc. while recognizing obstacles, achieving more intelligent navigation and handling. The application of this fusion technology not only improves the work efficiency of AGV robots, but also reduces the need for human intervention, providing strong support for the upgrading and replacement of intelligent manufacturing