Double Stacker Automatic Cut To Length Machine With Lifting Platform

Description:

A Double Stacker Automatic Cut to Length Machine with Lifting Platform is designed to improve production efficiency in metal coil processing. A standard cut to length (CTL) line uncoils, levels, and cuts metal coils into flat sheets of desired lengths. The double stacker significantly enhances efficiency by allowing two stacking stations to work alternately—while one stack is being unloaded, the other continues receiving cut sheets without stopping the line. This reduces downtime and boosts output. The lifting platform ensures smooth and precise sheet stacking, especially for heavy or thick materials, making the system ideal for high-volume, continuous sheet production.

Main Parameter:

The Hydraulic Shearer Easy to Process Various Metal Cut-to-Length Line is ideal for industries requiring high precision and versatility in metal cutting. It is widely used in the production of metal sheets for automotive, construction, electronics, and appliance manufacturing. The line's ability to process a wide range of materials—copper, aluminum, stainless steel, PPGI steel, and cold-rolled steel—makes it perfect for fabricators, metal processors, and manufacturers needing customized sheet lengths. Whether it's for creating panels, components, or precision parts, this system delivers efficient, high-quality results in various sectors, including automotive, HVAC, and packaging industries.

Advantages

The Double Stacker Automatic Cut to Length Machine with Lifting Platform offers several key advantages. By utilizing two independent stacking stations, it allows for continuous sheet production without halting the line for unloading, greatly reducing downtime and increasing productivity. The lifting platform ensures accurate, stable stacking and accommodates various sheet sizes and thicknesses. This design also minimizes manual handling, enhancing safety and efficiency. Ideal for high-speed, high-volume operations, it improves sheet flatness, reduces labor intensity, and supports a wide range of materials such as stainless steel, aluminum, and galvanized steel—making it a cost-effective and smart solution for modern coil processing.