To meet the growing demand for higher precision in harmonic reducers from customers in CNC, humanoid robots, medical equipment, and other application fields, HONPINE has established an ultra-fine grain R&D and production center. The center plans to adopt ultra-fine grain production technology to enhance the precision and rigidity of harmonic reducers.

Why Adopt Ultra-Fine Grain Harmonic Reducers Production Technology?

1,Through ultra-fine grain heat treatment, an average grain size of ≤7μm can be achieved, reaching an ultra-fine grain level of 11–11.5 grade with superior organizational uniformity.

2,Material properties include a tensile strength of 1,500 MPa, yield strength of 1,425 MPa, yield ratio of 0.95, and strength-ductility balance >15,000.

The table below shows the tensile test results after heat treatment:

Ultra-Fine Grain Harmonic Reducers Manufacturing Process
Ultra-fine grain heat treatment process: Raw material → Hot forming → Pre-treatment → Heat treatment → Surface treatment

What Performance Can Be Achieved with Ultra-Fine Grain Technology?
Gear accuracy grade < DIN4, roundness < 0.003, dimensional error < 0.01

HONPINE’s Harmonic Reducers R&D Focus
HONPINE’s R&D direction is driven by customer and market demands. In 2025, the primary focus is addressing the need for improved precision and rigidity in harmonic reducers. In addition to the ultra-fine grain R&D project, the new ultra-fine planetary reducer represents a major technological breakthrough (completely resolving the trade-off between precision and rigidity in harmonic reducers).

Contact us to learn more about HONPINE’s latest technologies.