Hollow Rotary Tables

GSZ60-02K-SV and GSZ60-03K-SV with frame size 60mm gear ratio 1:2 and 1:3 for servo motor. A kind of force direction changes gearbox for meeting some requirement of special mechanism design. It can connect with the...

GSZ90-02K-SV and GSZ90-03K-SV with frame size 90mm gear ratio 1:2 and 1:3 for servo motor.

Four Way Gearbox, also named Multi Shafts Gearbox or Spline 4 Way Gearbox. It is used in the grinding industry, such as CCC Product Surface Gringding Machine or Five Axis Linkage CNC Polishing Mahcine.Its max input speed is 3000 rpm, while

Six Way Gearbox has 6 shafts, including one input shaft and five output shaft which can increase speed and reducer with gear ratio 1:2. With excellent processing technology and stable quality assurance, G+ supplied these multiple way

The G+ GMR60 is a mini rotary axis with a dual-axis configuration. Its small and lightweight design makes it suitable for space-constrained scenarios. Both axes have a repeatability of ≤10 arcseconds, balancing a compact size with

The G+ GMC60 is a compact and lightweight dual-axis mini rotary axis designed for space-constrained environments. Both axes offer repeatability of ≤10 arcseconds, balancing a small size with high-precision rotational capabilities in both

The G+ GMC85 is a mini rotary axis with a dual-axis configuration. Its small and lightweight design makes it suitable for space-constrained scenarios. Both axes have a repeatability of ≤10 arcseconds, balancing a compact size with

The G+ GMA85 is a small, lightweight mini rotary axis designed for space-constrained environments. Its compact design achieves a repeatability of ≤10 arcseconds, balancing a small size with high positioning performance. It includes three

The G+ GML60 is a lightweight mini rotary axis, designed for space-constrained environments with a compact size. It boasts a repeatability of ≤10 arcseconds, balancing compactness with high precision. Available in two models: GML60-150

The G+ GML85 mini rotary axis is a precision power solution for compact space applications, combining miniaturized design with high-precision performance. Its core advantages include: repeatability ≤10 arcseconds, rotation accuracy ≤30