3 Tons Rail Transfer Cart with Lifting Table for Mold Handling
Production Challenges
The production workshop of this enterprise is primarily responsible for the assembly and transfer of various large-scale frames. The handling process faces challenges such as difficulty in transporting heavy loads, limited routing options, and inconvenient self-loading and unloading. Traditional equipment relies on fixed routes, suffers from clumsy steering, and lacks the capacity for high temperature resistance and continuous operation, which impacts assembly efficiency and production safety.
Solution
A box-type beam frame structure is adopted, with the platform surface customized according to the dimensions of the frames. Transfer cart equipped with cast steel wheels and a dual-direction wheel system, it can flexibly switch between longitudinal and transverse tracks, enabling dead-angle-free transfer. It features a wired handle, wireless remote control, and an intelligent coding control system for convenient and precise operation.
Additionally, this rail transfer cart is fitted with audible and visual warning lights, a power display, an LED display screen, an emergency stop button, and a laser dead man stop safety device to ensure comprehensive operational safety. The screw-driven lifting platform design allows for frame loading and unloading without the need for auxiliary equipment.
Advantages
Powered by a battery, this rail transfer cart is not restricted by travel distance and can operate continuously for extended periods. Its high temperature resistant design adapts to the harsh workshop environment.
With strong heavy load capacity, it easily handles the transfer of 3 tons frames. Its flexible operation and precise movement significantly enhance material flow efficiency.
Application
In actual production, operators use wireless remote control or intelligent coding control to direct the rail transfer cart to automatically travel to the frame assembly station.
The lifting platform rises, smoothly lifts the frame, and then the cart rapidly transfers it along the longitudinal and transverse tracks to the next process, without any manual intervention during loading or unloading. The audible and visual alarms and laser safety system monitor the surrounding environment in real-time, ensuring safe human-machine collaboration.
After implementation, the single-transfer time in the workshop has been reduced to 10 minutes, and labor costs have been lowered by 40%. Space utilization has increased by 35%. It has automated and streamlined frame handling, significantly reducing labor costs and providing reliable logistical support for the enterprise's smart production upgrade.
