Hydrostatic Rotary Table Technology

Precision. Stability. Zero‑Contact Performance.

Engineered for High‑Accuracy Manufacturing

Our hydrostatic rotary table is built for applications where precision and stability cannot be compromised. Supported entirely by a high‑pressure oil film, the system delivers:

• Zero mechanical wear

• Exceptional stiffness and damping

• Superior thermal stability

• High‑speed, high‑accuracy rotation

A foundation designed for next‑generation machining.

Curved Hydrostatic Pocket

Smooth Flow. Higher Speed. Greater Stability.

Our fully curved hydrostatic pocket eliminates sharp corners and abrupt transitions, enabling:

• Near‑laminar fluid flow for uniform pressure

• Higher rotational speed with reduced turbulence

• Enhanced dynamic stability under varying loads

This advanced geometry requires specialized engineering and machining capabilities—expertise we’ve developed in‑house.

In‑House Precision Restrictors

The Core of a Stable Hydrostatic System

Restrictors define oil‑film stiffness and pressure stability.
Ours are:

• Designed and manufactured in‑house

• Produced using dedicated precision equipment

• Tuned with a custom flow‑resistance curve

• Matched perfectly to our curved pocket design

Commercial restrictors cannot achieve this level of accuracy or consistency.

Forced‑Return Hydraulic System

Consistent Pressure. Superior Thermal Control.

Unlike conventional restrictor systems that require manual adjustment or suffer from flow variation, our Forced Return Flow architecture provides:

• Stable pressure without overflow

• Faster oil circulation and better thermal control

• Rapid recovery of oil‑film thickness under dynamic loads

• Scalability to dual‑axis hydrostatic platforms

This system is only possible with our proprietary high‑precision restrictors.

Precision Without Compromise

By combining:

• Curved hydrostatic pockets

• In‑house restrictor technology

• A forced‑return hydraulic system

we deliver a rotary platform with exceptional rigidity, thermal stability, and long‑term reliability—engineered for the most demanding manufacturing environments.