With the continuous increase in labor costs in our country, the application of unmanned forklift transportation by enterprises is becoming more and more widespread. For example, many manufacturing industries use intelligent unmanned forklift transportation to solve the problem of difficult recruitment and increased labor costs. The use of unmanned forklift transportation not only alleviates these problems, but also facilitates enterprise management and achieves the effect of reducing personnel and increasing production. Not only has it improved product quality, but it has also improved enterprise efficiency, achieving automated and flexible production.
In addition, unmanned forklift transportation can also reduce the proportion of logistics costs in the production and supply chain of enterprises, making it an important tool for reducing costs and increasing efficiency in many manufacturing industries.
In the logistics production of manufacturing industry, the transportation mode of goods mainly relies on three methods: manual trailer, automatic transmission, and unmanned forklift transportation. Below, we will introduce the differences between these transportation methods.

1. Manual trailer
Manual trailer is a relatively traditional transportation method that mainly relies on auxiliary equipment such as forklifts, trailers, and manual trailers to carry goods. Its characteristics are that there is a high demand for labor, which is suitable for low-cost and short distance operations. However, if heavy objects or long-term operations are encountered, efficiency will be greatly reduced, production speed will slow down, error rates will increase, and there will also be safety issues when handling large heavy objects.

2. Automatic transmission
In the production of some large automated chemical plants, the transportation of goods is generally achieved through conveyor devices, and corresponding process flows need to be coordinated. Of course, this also requires manual coordination with the operation console. This mode of production has not reduced labor consumption, but the cost is relatively high, and can only achieve a semi automated production mode.

3. Unmanned forklift handling
At present, many enterprises are starting to use autonomous handling robots such as unmanned forklifts for cargo handling and assembly. This not only reduces manual labor usage, but also improves production efficiency with high accuracy, which improves the efficiency of enterprises. By using unmanned forklifts for transportation, an intelligent, automated, flexible, and unmanned production mode has been achieved for the enterprise. Due to the characteristics of unmanned forklift transportation that do not require manual driving, can work continuously for 24 hours, and can rotate in place, it has gained the love of a large number of users.

Suzhou Xunyi Zhixing Robot Technology Co., Ltd. is an integrated enterprise dedicated to the research and development, design, assembly, sales, and installation of AGV (AMR) mobile handling robots. Unmanned forklifts use laser navigation and positioning, without the need to modify the on-site environment. They have complex control and scheduling functions such as map construction, path planning, automatic charging, automatic operation, traffic control, coordination and docking, equipment linkage, and cluster scheduling, It can achieve seamless integration with WMS/WCS and other systems, achieving intelligent and automated on-site logistics operations. Suitable for scenarios such as automated transfer and handling of on-site logistics, extremely narrow alleys, underground storage environments, human-machine interaction, high storage in warehouses, rapid turnover of production materials in workshops, rapid turnover of storage racks, pallets, etc., as well as medium and short distance cargo traction operations, warehouse trailers, and special equipment that needs to be checked in. Realizing the automation of the entire process of manufacturing, production, and logistics transportation in a true sense.