What Are The Functions Of The New Transfer Cart？

This rail transfer cart utilizes a dual-wheel structure, with drive and load wheels working in tandem to smoothly switch between vertical and horizontal track systems, facilitating precise docking and material transport between different workstations. One wheel group travels along the longitudinal track, while the other switches between the transverse tracks. Through precise linkage or electric control, the transfer cart can easily perform 90-degree turns and track switching at intersections, resolving the challenges of traditional transfer carts in complex track routes, such as the difficulty of turning and numerous turns. This allows for efficient, point-to-point, straight-line transport.

A hydraulic lift mechanism is installed in the center of the vehicle body, enabling smooth coordination between the upper and lower platforms. The lift height can be freely adjusted to accommodate multiple spray painting stations or transport materials across height differences, significantly enhancing operational flexibility.

In terms of safety, the equipment features optional explosion-proof electrical systems and high-temperature protection devices. Furthermore, refractory bricks can be installed on the vehicle's deck. Suitable for specialized environments such as spray paint shops, the vehicle is equipped with safety bumpers, a three-color audible and visual warning system, and an emergency stop system to effectively safeguard both personnel and equipment.

Explosion-proof motors and electrical components: All components (such as switches and junction boxes) are designed to meet national explosion-proof standards, meeting Ex d/e standards, effectively isolating sparks.

Explosion-proof mechanical components: Special treatment is applied to areas prone to friction and impact, such as the use of copper alloy or stainless steel tools, to prevent mechanical sparks.

Furthermore, the vehicle's modular design allows for seamless integration with automated shuttles, turntables, production conveyor lines, and other equipment, forming an intelligent, unified in-plant logistics system. Operated by a handle or wireless remote control, the transporter can autonomously navigate, precisely dock, and lift, significantly improving production line automation and operational efficiency. In the future, this type of intelligent transport equipment will be adopted in even more industrial scenarios, helping manufacturers achieve a new model for efficient, safe, and energy-efficient material transfer.