In the face of complex working scenes, it is difficult for traditional AGV to meet the needs of customers. It is gratifying that the laser navigation AGV based on slam technology is becoming more and more mature, which can adapt to the complex, cumbersome and intelligent command requirements, effectively solve the existing pain points, and meet the lean and flexible production requirements of manufacturing enterprises.
Laser navigation AGV is a kind of robot mainly used for material handling, which is suitable for semiconductor, automobile manufacturing, 3C manufacturing and other industries.
The first is the transportation in the warehouse, mainly to solve the problem of material transportation and management in the warehouse, which is a widely used scene at present.
The second is the transportation in the production line, which is used to complete the material handling and management problems in the production line.
The third is the transportation from warehouse to production line, which is the most widely used scene together with the transportation scene within the production line.
The fourth scenario is the transportation between production lines, which is a multi to many transportation mode. It is also the most complex and difficult application among the four scenarios. Due to the less connection between cross production lines, there is no conveyor belt between them for material transportation, and it may involve the situation of multi demand, cross floor, multiple materials crossing multiple production lines in complex scenes; the environment is no longer fixed, and people often walk around, vehicles flow constantly, and items are stacked in disorder, which poses great challenges to the application of AGV It is obviously unable to meet the material transportation requirements of such complex scenarios.
From products to data, create maximum value for users
Laser navigation AGV all-weather working attributes and complex scene adaptability, as well as high-level intelligent material transportation capacity, can effectively reduce the labor workload and release human resources. It is important that for some high-risk places, laser navigation AGV can make the staff avoid the risk of direct contact and improve the safety of production.
However, after using laser navigation AGV products, the delivery information (product details, originator, time, starting and ending points, etc.) and receiving conditions (receiver, time, place, product details at the time of receiving) are recorded in detail, and all the information is clear and available.
In this way, the operator can check the whole production process, and it is convenient to check and track the manufacturing defective products, which is conducive to improving the efficiency of production management and quality control.
Over time, AGV based on laser navigation will form huge production data. At this time, through the big data analysis platform, the production status can be monitored and predicted in real time, which can provide an important reference for production managers when making plans.