Shanxi Jianing Forging finishing gears, valve bodies, and automotive parts fine die forging live case study, intuitively presenting high-precision die forging processing and finished product dimensional accuracy, suitable for automotive, petrochemical, and hydraulic equipment support.
A certain ship parts factory has long faced issues such as insufficient precision of key forgings, low production efficiency, and severe material waste during the shipbuilding process. Traditional processes struggle to meet the high standards of ship parts, resulting in low product qualification rates and extended delivery cycles. To address these challenges, Jianing Forging, leveraging its technical expertise in the die forging field, has customized a systematic die forging solution for this customer.

The shipbuilding parts factory's original production process was mainly free forging, with the following prominent issues: First, poor dimensional stability of forgings, large machining allowance, and material utilization rate below 70%; Second, the mold lifespan is short, and frequent changes affect production cycles; Third, some complex structural parts are difficult to form, requiring multiple heating and forging passes, resulting in high energy consumption and long cycles. These issues directly restrict customers' capacity improvements and cost control.

To address customer pain points, Jianing Forging offers fine die forging products and supporting process optimization solutions:
After batch validation, the ship parts factory's die forging pass rate increased from 82% to over 97%, shortened the single-piece production cycle by 40%, and reduced overall costs by about 18%. The customer stated that Jianing Forging's die forging solutions not only solved long-standing production bottlenecks but also provided reliable support for subsequent localization upgrades of ship parts.
