Moving forward with GONGYI

Electronics manufacturing faces escalating pressure to reduce cycle times while handling increasingly miniaturized and fragile components. Smart wearables, automotive safety systems, and compact medical devices demand absolute precision during assembly. Traditional pneumatic fastening and manual nut Read More

In high-speed, long-stroke linear motion applications, traditional rotating ball screws face severe physical limitations. The primary constraints are critical speed resonance, commonly known as whipping, and high rotational inertia, which typically limits acceleration to 1-2G. Automation engineers d Read More

As manufacturing tolerances tighten, the primary bottleneck in achieving sustained high-speed machining is no longer spindle power, but the thermal stability of the linear feed system. Continuous high-speed operation generates severe friction within the ball nut and screw shaft. This localized heat Read More