具備“變頻器——電機——主軸系統——切削載荷”系統的動態特性優化設計能力?？筛鶕脩粜枨?，對電主軸電機的速度和力矩特性進行優化設計，實現結構優化、發熱小、力矩特性佳，使電主軸投入運行后的實際力矩特性滿足用戶需求。

The company has the optimization design capability of dynamic characteristics of "inverter - motor - spindle system - cutting loads" system. According to user needs, the spindle motor can be designed to achieve speed and torque characteristic optimization, as well as compact structure and heat generation minimization. Torque characteristics of the designed spindle motor when it puts into operation can meet the needs of the user.

具備電主軸系統靜態動態特性優化設計能力?？筛鶕脩粜枨?，對電主軸系統的固有頻率、振型進行精確計算，通過調整結構和軸承剛性，確保電主軸投入工作后動態特性滿足承載特性需要。

The company has the optimization design capability of static and dynamic characteristics of an electric spindle system. According to user needs, natural frequencies and mode shapes of the electric spindle system can be calculated accurately. Furthermore, the structure and rigidity of the bearing are adjusted to ensure dynamic characteristics of the electric spindle when it puts into operation to meet the needs of load behavior.

具備液體懸浮主軸軸承速度、回轉精度、靜動剛度和熱特性定量設計的能力?；趯S承內在特性的深刻了解，利用自主開發的計算程序，設計滿足工程需要的靜壓軸承。

The company has the quantitative design capability of speed, rotation accuracy, static and dynamic stiffness, and heat behavior of liquid suspension spindle bearings. Based on a deep understanding of the intrinsic properties of the bearing, the self-developed program is used to design hydro-hybrid bearing to meet the engineering needs.

具備液體懸浮主軸軸承流場（速度場、壓力場、溫度場）三維精確仿真的能力，通過工程設計、三維計算仿真和工程應用驗證，使軸承特性滿足工程實際需要。

The company has the three-dimensional precise simulation capabilities of flow field (velocity field, pressure field, temperature field) of liquid suspension spindle bearings .Through engineering design, three-dimensional computational simulation and engineering application, the bearing characteristics can maximize meet the need of engineering practice.

具備針對液體懸浮主軸系統的回轉精度測試、信號分析與誤差分離、動剛度測試等專業化測試能力，可對主軸產品性能進行定量精確評價。

The company has the specialized testing capability of liquid suspension spindle system for it’s rotation accuracy testing, signal analysis, error separation, dynamic stiffness testing， and can evaluate the spindle product performance accurately.