Achieves higher reduction ratio than bevel gears and is highly efficient over the entire reduction ratio. Uses chrome molybdenum steel in its gears and performs carburizing.

Achieves higher reduction ratio than bevel gears and is highly efficient over the entire reduction ratio. Uses chrome molybdenum steel in its gears and performs carburizing.

Achieves higher reduction ratio than bevel gears and is highly efficient over the entire reduction ratio. Uses chrome molybdenum steel in its gears and performs carburizing.

Achieves higher reduction ratio than bevel gears and is highly efficient over the entire reduction ratio. Uses chrome molybdenum steel in its gears and performs carburizing.

Achieves higher reduction ratio than bevel gears and is highly efficient over the entire reduction ratio. Uses chrome molybdenum steel in its gears and performs carburizing.

Achieves higher reduction ratio than bevel gears and is highly efficient over the entire reduction ratio. Uses chrome molybdenum steel in its gears and performs carburizing.

Spline that is the core component of a cyclo reducer. Enables smooth rotation contact with no gear breakage.

Spline that is the core component of a cyclo reducer. Enables smooth rotation contact with no gear breakage.

Spline that is the core component of a cyclo reducer. Enables smooth rotation contact with no gear breakage.

Spline that is the core component of a cyclo reducer. Enables smooth rotation contact with no gear breakage.

Spline that is the core component of a cyclo reducer. Enables smooth rotation contact with no gear breakage.

Spline that is the core component of a cyclo reducer. Enables smooth rotation contact with no gear breakage.

Spline that is the core component of a cyclo reducer. Enables smooth rotation contact with no gear breakage.

Spline that is the core component of a cyclo reducer. Enables smooth rotation contact with no gear breakage.

Uses TOP class large-diameter precision angular shaft diameter with compact output shaft support, so it can receive large radial loads with its compact casing. Compatible with servo motors from all manufacturers.

Uses TOP class large-diameter precision angular shaft diameter with compact output shaft support, so it can receive large radial loads with its compact casing. Compatible with servo motors from all manufacturers.

Uses TOP class large-diameter precision angular shaft diameter with compact output shaft support, so it can receive large radial loads with its compact casing. Compatible with servo motors from all manufacturers.

Uses TOP class large-diameter precision angular shaft diameter with compact output shaft support, so it can receive large radial loads with its compact casing. Compatible with servo motors from all manufacturers.

Uses TOP class large-diameter precision angular shaft diameter with compact output shaft support, so it can receive large radial loads with its compact casing. Compatible with servo motors from all manufacturers.

Uses TOP class large-diameter precision angular shaft diameter with compact output shaft support, so it can receive large radial loads with its compact casing. Compatible with servo motors from all manufacturers.