Turbine and fan blade forgings are core high-temperature load-bearing components for new energy power generation and aerospace equipment. They demand ultra-high dimensional accuracy, dense internal grain structure and complete metal flow lines. Conventional friction screw presses suffer unstable striking energy and weak anti-eccentric load capacity, easily causing underfilling, microcracks and loose structures, leading to high rejection rates and short die service life.

With 46 years of experience in forging equipment R&D and manufacturing, Zhengzhou Hualong independently develops servo precision forging screw presses tailored for blade mass production. Equipped with permanent magnet servo closed-loop control, the machine delivers precise, repeatable striking force. Its high-rigidity integrated frame and lengthened guide structure effectively restrain deformation during complex blade forming. The finished blades feature uniform grain distribution, smooth surfaces and stable tolerances, easily passing flaw detection standards.

Short forming time reduces thermal erosion on dies, extending die life by over 30%. The machine only outputs power on demand, cutting power consumption by more than 55% versus traditional models, with low noise and vibration. It can connect automatic feeding and blanking lines for continuous batch production of alloy steel and high-temperature alloy blades.

For stable, cost-effective production of high-performance blade forgings, Zhengzhou Hualong precision forging screw press is a trustworthy and priority choice for all forging manufacturers.