6 Tonne Coil Trackless Transfer Cart
The cart's deck can be customized to accommodate materials of various dimensions. Options include structures such as V-grooves, roller racks, curved support frames, and protective baffles, enabling the stable transport of cylindrical workpieces with varying diameters, lengths, and weights. Whether handling steel coils, aluminum coils, paper rolls, shafts, or pipe products, the cart ensures smooth transportation, thereby boosting operational efficiency.
This transfer cart requires no rail installation and can travel freely across hardened surfaces—such as concrete floors, factory aisles, and warehouse floors. It offers flexible turning capabilities, allowing its travel path to be adjusted at any time. For scenarios involving multi-station or multi-zone transportation requirements, the trackless mode offers distinct advantages; it effectively eliminates the costs associated with rail construction while simultaneously maximizing floor space utilization. Furthermore, the trackless transfer cart is powered by a DC motor drive system, ensuring smooth operation as well as seamless starting and braking. Different power configurations can be selected based on specific load capacity requirements. For heavy-duty coil transport scenarios, the frame structure and drive capabilities can be further reinforced to ensure the equipment's long-term, stable performance.
This trackless transfer cart supports two distinct control modes: wireless remote control and handheld pendant control. Customers may freely select the mode best suited to their specific on-site working conditions. Wireless remote control enables remote operation, making it ideal for tasks such as high-temperature material docking or production line transfers; the handheld pendant offers direct, responsive control, making it perfect for precise docking and positioning during loading and unloading operations. The controls are simple and intuitive, effectively reducing the physical labor intensity required of operators.
This material handling equipment offers comprehensive customization capabilities: load capacity, deck dimensions, wheel material, power supply method, and control systems can all be designed to meet specific requirements. Additionally, the unit can be equipped with optional features such as anti-collision devices, warning lights, automatic charging systems, and positioning/navigation modules. Widely utilized across sectors such as steel processing, the paper industry, mechanical manufacturing, and production lines, the specific model highlighted in this design overview stands out as an ideal choice for the efficient transportation of cylindrical materials.
