Is handling heavy, large steel, aluminum, or paper coils in the factory a real headache? Forklifts are unstable, cranes take up space, and frequent charging and refueling can disrupt production.
Don't worry! There's a device specifically designed for this heavy-duty task: a low-voltage rail coil transfer cart It's easy to understand: two rails are laid on the workshop floor, and the tracks are powered by a safe voltage (usually 36V/42V, which is very safe for human health). The cart draws power directly from the rails via a power block at the bottom, like an electric flatbed truck running on "live rails."
What does its workbench look like?
The coil transfer cart's table features a U-shaped groove (also called a V-frame). This ingenious design allows coils to be securely positioned when placed on it, preventing them from rolling or sliding during transport, ensuring safety and stability.
Why is it considered a "master" in coil handling? Four obvious advantages:
Never stop, no charging required
Because it draws power directly from the rails, it requires no batteries, eliminating the need for charging. This is a huge advantage for factories operating 24/7 and running three shifts, enabling truly uninterrupted transportation.
Safety first, reliable voltage
The rails provide safe, low-voltage electricity. Even if workers accidentally touch it, it won't cause serious electric shock, fundamentally eliminating the risks associated with traditional high-voltage equipment.
Green, clean, and quiet
Powered purely by electricity, it produces no smoke or exhaust during operation, resulting in zero pollution. Furthermore, compared to combustion-powered equipment, it is significantly quieter, creating a more comfortable and environmentally friendly working environment for workers.
Extremely strong, designed for heavy work
Because the rails share the load-bearing and guiding responsibilities, this vehicle can be made exceptionally sturdy. Its exceptionally strong load capacity allows it to easily handle coils from one to over 100 tons, making it an absolute workhorse for heavy coil handling.
Where is the coil transfer cart best suited?
It's ideal for any application requiring frequent, heavy coil transport. Examples include:
Steel mills (transporting steel coils)
Aluminum/copper mills (transporting aluminum and copper coils)
Paper mills (transporting paper coils)
Renewable energy recycling plants (transporting recycled material coils)
Large-scale machinery manufacturing plants
