GUANGZHOU HAOZHI INDUSTRIAL CO., LTD.

Integrated Solution for Humanoid Robot Core Components

Got it | The key factor that affects the service life of harmonic reducer

5G Base Station Construction Enabled by High-Performance Motorized Spindle

High-efficiency machining of filter parts enabled by high-performance motorized spindle

Importance of CAM precision to harmonic reducer

The advanced follow-up grinding technology is applied by Haozhi for the processing of cam profile, and the surface roughness of the processed products can reach up to Ra0.2, with the profile degree ≤0.002μm.

The importance of tooth shape design for harmonic reducer

Unique SP tooth shape design, transmission precision and output torque performance are improved by more than 30%, and rigidity exceeds the industry's highest standard by more than 10%.

Haozhi Harmonic Reducer Total Quality Control ：Radiographic Inspection

The service life of Haozhi Harmonic Reducer exceeds L10 over 10,000 hours and L50 exceeds 50,000 hours.

How can the domestic brands improve the poor precision retaining ability of robots?

Supporting new infrastructure construction | Describe how to efficiently process polyhedral parts

The importance of choosing the right grease for the reducer

Haozhi independently developed the harmonic reducer grease based on the research of lubrication theory and long-term application.

From Thermal Elongation to Precision Enhancement How Shaft-Core Cooling Technology Improves Machining Accuracy

In modern manufacturing, precision is the core objective of all machining processes, while thermal elongation is one of its most significant threats. Thermal elongation not only causes dimensional deviations, but also leads to increased surface roughness and dynamic accuracy drift, directly affecting machining quality. This article starts from the essence of thermal elongation, analyzes its impact on machining accuracy, and explores in depth how Guangzhou Haozhi Industrial Co.,Ltd. 's shaft-core cooling technology fundamentally solves this issue, providing a new solution for high-precision machining.