液体静压主轴在精密磨削中的应用Hydrostatic spindle in precision grinding
稳定承载与高回转精度,可满足机器人传动副中丝杆螺母等关键零件的精密加工需求。Stable support and high rotation accuracy for precision machining of key transmission components.
稳定承载与高回转精度,可满足机器人传动副中丝杆螺母等关键零件的精密加工需求。Stable support and high rotation accuracy for precision machining of key transmission components.
静压导轨支撑工作台平稳往复进给,凭借高承载、高刚度与低爬行特性,适用于模具基准面、精密平板及大型零件的高精度平面磨削加工。Stable reciprocating feed with high load capacity, rigidity and low crawl for precision surface grinding.
超高回转精度与低扰动特性,可满足晶圆减薄、精密研磨及半导体制造过程中的稳定支撑需求。Ultra-high rotation accuracy and low disturbance for wafer thinning, precision grinding and semiconductor manufacturing.
无接触支撑与高回转精度,适用于光学元件、精密零件及超精密仪器的回转检测。Non-contact support and high rotation accuracy for optical parts, precision components and measuring instruments.
50K 液体静压主轴采用 9MPa 供油压力,具有高承载力和刚度,同时具有亚微米级运动误差,电机定子壳体集成水套,可带走多余热量。50K液体静压主轴兼具了高速度、高精度和高刚度,可用于高速精密磨削、铣削和飞切等场合。The 50K hydrostatic spindle uses 9MPa oil supply pressure, offering high load capacity, rigidity and sub-micron motion accuracy with an integrated cooling jacket. It combines high speed, high accuracy and high rigidity for high-speed precision grinding, milling and fly cutting.

HBRT-360 液体静压转台采用高刚度结构设计,面向晶圆减薄、超精密加工与测量等场景,具备高轴向承载力和良好热稳定性,适用于需要高承载、高刚度和高精度旋转定位的装备系统。HBRT-360 is designed for wafer thinning, ultra-precision machining and measurement, with high axial load capacity and thermal stability for systems requiring high load, rigidity and precision rotary positioning.

液体静压直线导轨承载能力强,具有较高的直线度和定位精度,是超精密机床的关键部件,适用于精密自由曲面加工、半导体材料加工、机床导轨升级和精密检测等领域。The hydrostatic linear guideway provides high load capacity, straightness and positioning accuracy for ultra-precision machine tools, suitable for freeform machining, semiconductor material processing, guideway upgrades and precision inspection.

气体静压转台采用高精度气体静压轴承技术,通过洁净压缩空气在转动部件与固定部件之间形成稳定的气膜,实现非接触式旋转运动。 转台摩擦阻力小,旋转精度高,运动平稳,无机械磨损,适用于高精密检测、精密加工及超精密制造。Clean compressed air forms a stable film between the rotating and stationary components of the high-precision aerostatic bearing, allowing the table to rotate without contact. Low friction, accurate and smooth rotation, and the absence of mechanical wear make the table suitable for precision inspection, precision machining and ultra-precision manufacturing.
