In modern material-handling and industrial excavation, the efficiency of a pedestal boom,
an electro-hydraulic clamshell bucket, or a hydraulic grab is measured not only by
its mechanical strength, but by the intelligence and stability of the hydraulic power pack driving it.
A precisely engineered HPU is more than a power source—it is the control center that determines cycle speed, force output,
thermal stability and long-term reliability. From steel plants and port operations to mining support and scrap handling,
every movement begins with correct calculations of pressure, flow, motor power,
pump displacement and cooling capacity.
When designing power packs for pedestal booms or heavy-duty clamshells and grabs, engineers must consider:
For pedestal booms working on crushers or ladle-cleaning stations, a high-efficiency piston pump and
reinforced cooling system are essential. For electro-hydraulic clamshells and grabs, rapid opening-closing cycles require
high flow delivery with consistent pressure, supported by a large-volume tank and advanced valve control.
A well-designed hydraulic power pack transforms these heavy attachments into precise, responsive,
high-performance machines—reducing downtime, lowering energy consumption and maximizing operational output.
In heavy-duty applications, power is nothing without engineering.
A smart HPU is what brings every boom, clamshell and grab to life.