TECH

Arc‑shaped pockets in hydrostatic bearings provide smoother and more stable oil flow compared to pockets with sharp corners. The curved geometry reduces turbulence and prevents local vortices, helping the bearing maintain a steadier pressure field and smoother operation. With no right‑angle edges, contaminants are also less likely to accumulate, improving long‑term reliability and reducing performance degradation.

The triangular‑cone locating structure brings together two powerful design advantages. First, the triangle is widely known as the strongest and most stable geometric shape, giving the structure exceptional rigidity and resistance to deformation. When this is combined with a smooth conical surface, the result is a beautifully streamlined module design with a highly accurate and reliable mounting interface.

The curved cone surface naturally guides components into position, improving alignment and ensuring a tight, repeatable fit. And because the shape avoids sharp corners, it not only looks cleaner but also maintains better durability over time. This design delivers a stronger, more precise, and visually refined solution for external module attachment—perfect for systems that require both performance and aesthetics.

Our hydraulic power unit is engineered for reliability, efficiency, and long‑term performance. By integrating high‑quality components imported from Germany, the system delivers exceptional stability and consistent output. Built upon our own advanced R&D capabilities, the unit incorporates a forced‑return circulation design that significantly enhances hydraulic efficiency and ensures smoother system response. Additionally, the quiet‑running pump minimizes operational noise, creating a more comfortable and user‑friendly working environment. Together, these features make our hydraulic power unit a durable, high‑performance solution that stands out in both engineering quality and operational experience.