As modern manufacturing increasingly moves toward automation and intelligence, the efficiency of transporting large molds and heavy workpieces within the workshop directly impacts production pacing and overall operating costs. Recently, a 15-ton intelligent RGV (Rail Guided Vehicle) was put into operation; featuring stable, reliable performance and an intelligent control system, it offers a highly efficient and safe solution for transporting large molds and heavy materials.
In practical application, the vehicle operates via rail guidance with a robust, compact structure capable of easily handling a 15-ton load. It travels smoothly along fixed rails, enabling the precise transfer of heavy items such as large molds, steel structural components, and machinery parts. Compared to traditional forklift transport, the RGV offers advantages such as fixed routes, high transport efficiency, and superior positioning accuracy, making it particularly well-suited for material handling needs in sectors like mold making, machining, equipment manufacturing, and steel structure production.
Equipped with an intelligent control system, the RGV supports functions such as autonomous operation, fixed-point stopping, and precise docking based on production requirements. By following preset paths, the vehicle facilitates continuous transport between multiple workstations, effectively reducing manual intervention and boosting logistics turnover efficiency. Furthermore, the system can integrate with production lines and warehousing systems, further driving the automation upgrade of the workshop.
Precise positioning and load-bearing capacity are crucial for transporting large molds. The RGV maintains a steady speed and ensures smooth acceleration and braking, preventing heavy molds from swaying or shifting during transit and guaranteeing reliable material delivery.
As smart manufacturing and industrial automation advance, RGV rail-guided vehicles are becoming essential equipment for workshop logistics in an increasing number of enterprises. Beyond transporting large molds, they are suitable for applications such as machinery assembly, steel structure transfer, heavy workpiece distribution, and material delivery for automated production lines.