Compared with hydraulic drives, servo drives that have been granted invention patents offer the following distinct advantages (Patent type: Invention Patent; Patent title: A Vertical Parting Molding Machine; Patent number: ZL 2020 1 0320484.2). All‑electric molding machines inherit the benefits of hydraulic molding machines, enabling end users to reduce energy consumption and save power with every mold cycle, thereby lowering operating costs in a tangible way. This also helps users increase uptime, cut maintenance and service expenses, decrease spare‑part consumption, mitigate environmental impact, and improve the working environment.

Main functions: Conveying sand molds and cooling castings after pouring; available in lengths from 20 to 40 meters.

Main function: Conveying sand molds and cooling castings after pouring, with lengths ranging from 20 to 70 meters.

Main function: Conveying sand molds and cooling castings after pouring; available in lengths ranging from 20 to 70 meters.

Developed based on a tilting-type automatic pouring machine, with power, control, and metering systems all leveraging proven technological solutions. It employs a cross‑line pouring approach that spans multiple production lines, making it particularly well suited for open‑type horizontal lines or static pressure lines.

The ladle can be moved horizontally rearward for removal and iron‑catching operations; it can be integrated with external tracks to enable dual‑ladle cross‑pouring and iron‑catching, thereby enhancing production efficiency. Control is implemented via a programmable logic controller (PLC) in conjunction with a servo system, while an electronic weighing system ensures precise molten‑iron dosing. Additionally, the system is equipped with a variable‑frequency, on‑stream inoculation unit.