Automatic Steel Ball Production Line-Forever Electromechanical

A new fully automatic steel ball production line equipped with professional casting and heat treatment experimental furnaces has been successfully commissioned and put into formal production recently. The integrated intelligent manufacturing system targets high-precision wear-resistant cast steel balls used in mining, cement, metallurgy and chemical industries, solving the long-standing problems of unstable product performance, low automation and high trial production cost in traditional steel ball casting processes, marking a new breakthrough in high-end wear-resistant casting component manufacturing technology.

The supporting casting experimental furnace is the core innovation of the whole production line. It is specially developed for steel ball casting process verification and parameter optimization. The equipment adopts high-precision zoning temperature control technology, which can stably simulate various casting and heat treatment environments required for steel ball production. It can accurately test and adjust key parameters including molten steel pouring temperature, mold holding time and cooling gradient, effectively avoiding product defects such as internal porosity, uneven grain structure and surface cracks caused by unreasonable process settings. 

In terms of automated production, the steel ball forging production line adopts iron mold sand-coated casting technology and intelligent robotic pouring equipment, which greatly reduces manual intervention. The optimized process flow increases the hourly output of steel balls significantly while cutting labor costs. Equipped with real-time data monitoring and recording system, the experimental furnace can store and analyze test data of different steel ball specifications, providing reliable technical support for process iteration and standardized production. Meanwhile, the supporting dust removal and environmental protection devices meet modern factory green production requirements.