In hydraulic press equipment—including presses for liquid composite materials such as SMC and LFT, mold‑closing presses, high‑strength steel thermoforming presses with composite drive systems, servo presses, and wire‑wound ultra‑high‑pressure presses—installing accumulator‑based power sources in the rapid return and pressing strokes effectively enhances forging and forming productivity, shortens cycle times, and delivers greater forging forces.
In recent years, driven by industrial growth and advances in aerospace technology, metal forging processes have become increasingly specialized. In response to the demanding requirements of high‑flow, transient forming operations and the dual imperatives of environmental protection and energy efficiency, piston‑type accumulator systems delivering large flow rates are evolving toward larger volumes and more precise flow‑rate distribution and control in press applications.
Need Similar Hydraulic Engineering or System Integration?
Our fluid power engineering team provides custom valve block design, system sizing, and commissioning.