Project Background and Requirements:
The machinery factory in Xinjiang mainly manufactures heavy equipment and produces wind power projects. It needs to transfer 10-ton heavy steel structural components within a designated area of the workshop. These materials are large and heavy, requiring other equipment for stable and efficient transportation.
The customer also wanted to optimize material handling time and ensure the safe, efficient, and precise transfer of heavy steel structural components. The customer requested a custom-designed Rail Transfer Cart that is compatible with the factory's 30-meter track, battery-powered, and stable under heavy loads.
Equipment Details:
The railcar customized for the customer has a rated load capacity of 10 tons, perfectly matching the transfer requirements of heavy steel structural components.
The equipment dimensions are customized to 2 meters wide and 2.5 meters long, precisely adapting to the 30-meter track spacing in the workshop, allowing for stable movement within the designated track area.
Utilizing battery power, this rail transfer car eliminates the need for an external power source, avoiding the risk of tangled wiring. Its low operating noise and zero emissions align with factory environmental and safety requirements. The reinforced structure is designed for heavy material handling, and precise track guidance ensures smooth, stable operation and material safety.
Solutions for Customers:
It completely resolves the core pain points of heavy steel structure transport, including its cumbersome nature, low efficiency, and significant safety hazards.
The track guidance design ensures precise operation within a 30-meter track, preventing material displacement and impacts, and protecting steel structures from damage.
The battery-powered rail transfer car offers high flexibility, eliminating the need for additional cables and cable reels, thus preventing potential safety hazards. The box-girder heavy-duty structure can easily support 10-ton loads, reducing manual labor and optimizing costs. It integrates quickly into the workshop production process without requiring adjustments to the existing track layout, ensuring production continuity.
