As core guiding components widely adopted in hydraulic systems, engineering machinery and automobile assemblies, guide sleeve forgings demand extremely strict standards for roundness, inner and outer diameter tolerance, wall thickness uniformity and internal compactness. Traditional forging presses suffer unstable striking force and poor positioning precision, which easily trigger oval deformation, inner hole eccentricity, internal porosity and material folding. These defects lead to excessive subsequent machining workload and short service life of finished sleeves. For stable mass production of qualified guide sleeve blanks, Zhengzhou Hualong high-precision servo press stands out with superior comprehensive performance.

Equipped with self-developed permanent magnet servo closed-loop CNC control system, the press realizes digital fine adjustment of striking energy and slide speed, with repeat positioning accuracy up to 0.1mm. Its high-rigidity prestressed frame features powerful anti-eccentric load capacity, enabling even compression on cylindrical blanks and complete filling of die cavities. The finished forgings boast dense internal grain structure and continuous metal flow lines, greatly reducing reject ratio and cutting raw material loss and machining allowance.

Instant short-time forging cuts die thermal abrasion and extends die service life by 30%. The servo press drive only consumes power during forming strokes and enters low-power standby mode during idle travel, lowering energy consumption by over 40% compared with conventional friction presses. The built-in IoT intelligent system stores forming parameters of various specifications, supporting one-click parameter switching and seamless docking with robotic automatic production lines.

As a national high-tech and specialized sophisticated enterprise, Zhengzhou Hualong provides customized tonnage equipment, on-site process debugging and full lifecycle after-sales service. Adopting fully enclosed static pressure structure, our precision presses run steadily with low failure rates, making them the ideal forging equipment for manufacturers specializing in guide sleeve production.