With the rapid upgrading of products in the intelligent manufacturing industry, ant robots are faced with a great conflict with the inefficient traditional logistics mode. With its intelligence and flexibility, ant robots realize unmanned material handling, production automation, and inventory information management in the whole plant. Through the automatic material transfer between different production lines and stations, it can cover the demand of 50kg-500kg material transfer, Effectively solving the messy phenomenon of manual management on site.

The 3C industry has a short product life cycle and a rich variety of products, which puts forward higher requirements for the conversion of production processes and production lines. Ant robots can be equipped with a scheduling system to connect hoists, automatic doors, and other equipment, and perform batch control of materials to ensure materials are delivered to the destination accurately and on time, while reducing the production line conversion cycle to the greatest extent, strengthening the flexibility of the enterprise to adapt to the market.

Ant Robots draw on large-scale automobile logistics solutions at home and abroad, connect various automobile assembly process modules through AGV transportation, integrate industrial automation equipment such as automatic doors, robotic arms, and PTL, and solve multiple manufacturing problems in engines, gearboxes, doors, seats, etc. The logistics system problem of the link, the positioning accuracy of the AGV chassis of ±1mm, reduces the cost of assembly equipment and improves production efficiency.

Ant robots can realize all-round integrated automatic control in the continuous production process of transportation, packaging, assembly, warehousing, loading, and unloading in the construction machinery industry, real-time monitoring of operation tasks, and the accuracy and flexibility of distribution also greatly improve production efficiency and product quality, speed up the digital and intelligent development process of the workshop.

The pharmaceutical industry has high thresholds and strict requirements. From logistics systems such as raw materials, auxiliary materials, packaging materials, semi-finished products, finished products, and spare parts to logistics distribution centers of pharmaceutical distribution enterprises, each link puts forward higher requirements on the robot body and software system. The solution proposed by the robot for the pharmaceutical industry can not only meet the logistics needs of different scenarios, such as the peak/valley value of the order, product tracking, real-time control, and data visualization, but also take advantage of the advantages of flexible automation, improve the efficiency of picking, and help customers maximize It saves operating costs and quickly realizes return on investment.