HONPINE

The FHD Series harmonic reducer employs an ultra-short top-hat flexspline design, designed for applications demanding extreme compactness and lightweight performance.The FHD Combined Type pursues the ultimate flat-profile design. Compared to the FHG series, its axial length is reduced by approximately 50%. Equipped with high-rigidity cross roller bearings on the output side, it is ideally suited for applications requiring space-constrained designs.

HONPINE

The FSD series harmonic gear adopts an ultra-short cup-type flexspline structural design, achieving approximately 50% shorter axial length compared to the FSG series. It is specifically designed for applications requiring extreme compactness and weight reduction.In recent years, emerging fields such as humanoid robots, aerospace systems, along with LCD panel and semiconductor manufacturing equipment, have been pursuing ultra-thin solutions under the strict spatial limitations of production line systems.Building on the lightweight and compact features of harmonic gear transmissions, the FSD series meets market demands by retaining the proven performance of traditional products while implementing bold structural innovations.

HONPINE

The FSD series harmonic gear adopts an ultra-short cup-type flexspline structural design, achieving approximately 50% shorter axial length compared to the FSG series. It is specifically designed for applications requiring extreme compactness and weight reduction.In recent years, emerging fields such as humanoid robots, aerospace systems, along with LCD panel and semiconductor manufacturing equipment, have been pursuing ultra-thin solutions under the strict spatial limitations of production line systems.Building on the lightweight and compact features of harmonic gear transmissions, the FSD series meets market demands by retaining the proven performance of traditional products while implementing bold structural innovations.

HONPINE

The FSD series harmonic gear adopts an ultra-short cup-type flexspline structural design, achieving approximately 50% shorter axial length compared to the FSG series. It is specifically designed for applications requiring extreme compactness and weight reduction.In recent years, emerging fields such as humanoid robots, aerospace systems, along with LCD panel and semiconductor manufacturing equipment, have been pursuing ultra-thin solutions under the strict spatial limitations of production line systems.Building on the lightweight and compact features of harmonic gear transmissions, the FSD series meets market demands by retaining the proven performance of traditional products while implementing bold structural innovations.

HONPINE

The FSD series harmonic gear adopts an ultra-short cup-type flexspline structural design, achieving approximately 50% shorter axial length compared to the FSG series. It is specifically designed for applications requiring extreme compactness and weight reduction.In recent years, emerging fields such as humanoid robots, aerospace systems, along with LCD panel and semiconductor manufacturing equipment, have been pursuing ultra-thin solutions under the strict spatial limitations of production line systems.Building on the lightweight and compact features of harmonic gear transmissions, the FSD series meets market demands by retaining the proven performance of traditional products while implementing bold structural innovations.

HONPINE

The SHD-mini series harmonic drive is designed for applications with small volume and weight requirements, featuring compact axial dimensions and a top-hat style flexspline. This series exclusively supplies pre-assembled modular products for immediate use. The main bearing employs compact four-point contact ball bearings to directly support external loads. The shaft bore dimensions in this series can be customized to match specific motor shaft sizes. Select the most suitable motor model based on your mechanical design requirements.

HONPINE

The SHD-mini series harmonic drive is designed for applications with small volume and weight requirements, featuring compact axial dimensions and a top-hat style flexspline. This series exclusively supplies pre-assembled modular products for immediate use. The main bearing employs compact four-point contact ball bearings to directly support external loads. The shaft bore dimensions in this series can be customized to match specific motor shaft sizes. Select the most suitable motor model based on your mechanical design requirements.

HONPINE

The SHD-mini series harmonic drive is designed for applications with small volume and weight requirements, featuring compact axial dimensions and a top-hat style flexspline. This series exclusively supplies pre-assembled modular products for immediate use. The main bearing employs compact four-point contact ball bearings to directly support external loads. The shaft bore dimensions in this series can be customized to match specific motor shaft sizes. Select the most suitable motor model based on your mechanical design requirements.

HONPINE

The CSF-mini series miniature harmonic drive is developed for applications with specialized volume and weight requirements, utilizing a cup-style flexspline. This series exclusively offers pre-assembled modular products for immediate use. The main bearing employs compact four-point contact ball bearings to directly support external loads. The CSF-mini series includes two types: the motor-mount type (2XH) and the shaft-input type (1U) that supports input forms such as belts, gears, and couplings. Select the most suitable model based on your mechanical design requirements.

HONPINE

The CSF-mini series miniature harmonic drive is developed for applications with specialized volume and weight requirements, utilizing a cup-style flexspline. This series exclusively offers pre-assembled modular products for immediate use. The main bearing employs compact four-point contact ball bearings to directly support external loads. The CSF-mini series includes two types: the motor-mount type (2XH) and the shaft-input type (1U) that supports input forms such as belts, gears, and couplings. Select the most suitable model based on your mechanical design requirements.