Precision Planetary
Gearbox

High torque coaxial planetary speed reducer engineered for servo and stepper motors, available in P0, P1, and P2 backlash classes for positioning accuracy from 1 to 5 arcminutes.

90 degree spiral bevel planetary gearbox designed for compact lateral space installations, combining the ratio range of a planetary stage with a right angle output for tight machine layouts.

ISO 9409 robotic mounting flange interface offering ultra high torsional rigidity and zero clearance output, built for direct coupling to robotic arms and rotary tooling.

The sun gear is the core driving component of a planetary gear system, engineered through hardened and ground to maintain consistent mesh contact across the full gearbox service life.

Helical gear tooth profile with ground gear flanks delivering whisper quiet noise levels below 55 dB while maintaining P1 grade backlash and over 97% single stage efficiency.

Integrated planetary speed reducer with an oversized hollow center aperture for routing cables, pneumatic lines, or optical components directly through the rotary axis.

Reinforced cast steel housing and dual taper roller bearings engineered to absorb 300 percent rated overhung load, suited to heavy robotic and material handling applications.

Mechanical planet cone stepless speed variator offering continuous smooth speed adjustment without a VFD, ideal for conveyor and packaging line speed control.

High gear ratio single stage hypoid gearset with a planetary output stage, delivering smooth right angle power transmission with reduced backlash compared to standard worm gear reducers.

Ultra compact frame sizes from 16mm to 42mm outer diameter, designed for space constrained robotics, medical devices, and precision instrumentation applications.

Full 304/316L stainless steel body with IP67 washdown protection and food grade lubrication, built for pharmaceutical, food processing, and washdown automation environments.

Zero backlash strain wave gearhead delivering high reduction ratios from 30:1 to 160:1 in a single stage, suited to robotic joints requiring true zero backlash positioning.