In the field of aerospace,

±2 micrometers (0.002mm) is the core indicator that determines the service life of engine blades.

In semiconductor wafer processing,

The 60,000rpm ultra-high-speed electric spindle speed directly affects the chip production efficiency...

These real data engraved on the Hanmo industry

It is becoming the key code for China's industrial mother machines to break through the "bottleneck".

As a new force in domestic high-end equipment manufacturing,

The Han ink industry is

"±2 microns accuracy standard"

"Fully independent and controllable numerical control system"

"Three Major Technological Moats"

In the global industrial mother machine market, a real and tangible path to breaking through is being written.

When the "industrial heart" encounters a bottleneck:

Where does Hanmo's confidence to break the deadlock come from?

Although China is the world's largest producer of machine tools, the current situation where the domestic production rate of high-end five-axis linkage machining centers is less than 10% and 90% of numerical control systems rely on imports has always been a pain point for the manufacturing industry.

The birth of Hanmo Industry originated from the dual pursuit of "precision" and "independent controllability" :

1. Years of accumulation in the research and development of precision stability

From basic materials to core components, Hanmo has established a full-process technical breakthrough system.

The independently developed "thermal deformation control technology" has increased the processing accuracy retention rate of carbon fiber composite materials by 300%, completely solving the industry problem of "rapid accuracy attenuation" of domestic machine tools.

2. Fully independent and controllable numerical control system

Hanmo's HMCOS numerical control system has achieved 100% domestic production, breaking the monopoly of Siemens and Fanuc.

Equipped with AI intelligent programming technology, it supports multi-channel complex trajectory processing and has achieved a 40% efficiency improvement in the integrated die-casting scenario of new energy vehicles.

3. Three major technological moats

Thermal deformation control technology, spatial algorithm engine, and mineral cast stone technology constitute the core barriers that distinguish Hanmo from international brands.

Among them, the vibration suppression effect of the mineral cast stone structure exceeds that of traditional cast iron by 40%, providing a "zero vibration" guarantee for aerospace precision processing.

Benchmark case

Speak with real data

(1) C919 Large Aircraft Project:

Hanmo equipment has increased the processing efficiency of titanium alloy structural components by 220%, and the processing qualification rate of composite materials has soared from 78% to 99.6%, directly contributing to the mass production of key components for domestic large aircraft.

(II) New energy vehicle field:

The intelligent production line customized for a leading automaker integrates an industrial Internet system, achieving a 28% increase in equipment OEE (Overall Efficiency) and a single-shift production capacity exceeding 500 pieces.

Hanmo Industry

Let "Chinese precision" become a universal language around the world

From zero to one, Hanmo has broken through the numerical control system, and from 78% to 99.6%, it has rewritten the processing qualification rate. Every step of Hanmo is measured by real data and marked by verifiable technological achievements.

This is not a virtual industry declaration, but a real breakthrough for China's industrial mother machines from "substitution" to "leadership".

Scan the code to open the current page on your phone