Suxing Intelligent Factory Production Line Optimization Schemes

2024.01.28

Scheme One: Heavy-Duty Omnidirectional AGV Transportation System

Core Advantages:

The heavy-duty omnidirectional AGV transportation system revolves around its wheeled mobility mechanism, demonstrating significant advantages such as rapid movement, exceptional work efficiency, streamlined structure, strong controllability, and high safety compared to walking, crawling, or other non-wheeled mobile robots. Compared to other commonly used equipment in material handling, this system eliminates the need for fixed installations such as tracks and support frames, breaking free from the constraints of site, road, and space. Therefore, in automated logistics systems, this system can fully demonstrate its automation and flexibility, enabling efficient, economical, and flexible unmanned production processes.

Application Scope:

Automobile Manufacturing Industry: In the automobile manufacturing process, the heavy-duty omnidirectional AGV transportation system can safely and efficiently transport large components such as car bodies and engines, significantly enhancing the automation level and efficiency of the production line.

Heavy Machinery Industry: In the field of heavy machinery manufacturing, such as the production of large engineering machinery, ships, and aircraft parts, this system can handle overweight and oversized materials, effectively reducing labor costs and enhancing operational safety.

Warehousing and Logistics Industry: In large warehouses or logistics centers, the heavy-duty omnidirectional AGV transportation system can be used to transport heavy loads such as large pallets and containers, automating internal logistics within the warehouse and improving storage efficiency and space utilization.

Steel Production Industry: In the steel production process, this system can transport high-temperature, heavy-load steel materials such as steel billets and steel plates, reducing the safety risks associated with manual operations and improving production efficiency.
In addition, this system is also widely used in aerospace, chemicals, construction, and other industries, primarily for heavy-load transportation tasks.

Scheme Two: RGV Rail-Guided Shuttle System

Core Advantages:

The RGV rail-guided shuttle system is suitable for warehouses with various high-density storage modes. Its vehicle channels can be designed to any length, thereby increasing the overall storage capacity of the warehouse. During operation, forklifts are not required to enter the aisles, enhancing safety. At the same time, leveraging the advantage of forklifts not entering the aisles, combined with the rapid movement of the shuttle in the aisles, can effectively improve the operational efficiency of the warehouse.

Application Scope:

High-Density Storage Warehouses: The RGV rail-guided shuttle system is suitable for scenarios requiring strict route planning, such as warehouse management. Its channels can be designed flexibly with adjustable lengths, and forklifts are not required to enter the aisles during operation, improving operational safety.

Production Line Batch Operations: This system is also commonly used in scenarios such as production line batch operations, warehouse automation, and container terminals. In these scenarios, RGVs are renowned for their high efficiency and high-density cargo handling capabilities, significantly reducing labor costs and significantly improving operational efficiency.

News

Suxing Intelligent Factory Production Line Optimization Schemes