Reducer for precision control

The SHG series hollow shaped combination type is a component based product that makes operation easy. The main bearing is equipped with precision and high rigidity cross roller bearings, which can directly support external loads.

The SHG series is equipped with a combination type of high rigidity bearings (cross roller bearings) with input shaft on HarmonicDrive.

The SHG series only includes a simple combination of cross roller bearings in the component type.

The SHG-LW series has achieved 30% lightweight compared to previous SHG combination series. Contribute to the further lightweighting, high-speed, and increased portability of devices and robots.

The SHF series is equipped with a combination type of high rigidity bearings (cross roller bearings) with input shaft on HarmonicDrive.

The SHF series only includes a simple combination of cross roller bearings in the component type.

The SHF series only includes a simple combination of cross roller bearings in the component type.

SHF-LW hollow shaped HarmonicDrive. Compared to previous SHF combination series, it has achieved 20% lightweight.

The SHD series pursues flat shapes to the extreme. The SHD-2SH series achieves approximately 1/2 axial length compared to the SHG/SHF series.

The SHD-LW series pursues lightweight, ultra flat, large-diameter hollow holes to the extreme.

The CSG series is the highest specification type, with a 30% increase in torque capacity and a 43% increase in gearbox lifespan compared to the standard CSF series. The combination type consists only of three basic components. It is a type of design that improves the degree of freedom by directly assembling it into a mechanical device.

The CSG series is the highest specification type, with a 30% increase in torque capacity and a 43% increase in gearbox lifespan compared to the standard CSF series. Combination products with components as the core and easy to operate. The main bearing is equipped with precision and high rigidity cross roller bearings, which directly support external loads.