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| Categories | CNC Machine Center |
|---|---|
| Certification: | CE |
| Place of Origin: | China |
| Delivery Time: | 5-8 work days |
| Supply Ability: | 10pices/per |
| Packaging Details: | standard package |
| Payment Terms: | T/T,L/C |
| MOQ: | 1 |
| Brand Name: | HANYANG |
| Company Info. |
| Taizhou Hanyang CNC Machine Manufacturing Co., Ltd |
| Verified Supplier |
| View Contact Details |
| Product List |
The high-precision double-column CNC milling machine is a
heavy-duty, highly stable gantry-style machining unit widely used
in sectors such as precision manufacturing, mold making, aerospace,
automotive production, and mechanical engineering. Unlike standard
single-column milling machines, its rigid double-column gantry
structure effectively resists cutting vibrations and structural
deformation, ensuring exceptional stability during prolonged,
heavy-load machining operations.
Featuring a monolithic cast-iron bed and a reinforced crossbeam
structure, the machine offers superior rigidity and wear
resistance. It maintains stable machining accuracy even during
continuous, long-term operation, thereby resolving common issues
found in traditional equipment, such as positioning deviations and
poor repeatability. With precise axial alignment and an advanced
CNC control system, the machine achieves ultra-high positioning and
repeatability capabilities, fully meeting the stringent tolerance
requirements of high-precision workpieces.
The milling machine supports integrated multi-process machining,
including face milling, slotting, hole machining, and the precision
finishing of complex contoured surfaces. It is ideally suited for
processing large plates, mold bases, box-type components, and
custom mechanical parts. Whether for small-batch precision
prototyping or large-scale standardized production, it ensures
consistent quality and effectively boosts overall production
efficiency.
Equipped with a mature, intelligent control system, the machine is
user-friendly and highly resistant to interference. The system
supports automatic programming, real-time error compensation, and
stable speed regulation, lowering the technical requirements for
operators. Furthermore, its optimized structural design minimizes
wear and reduces routine maintenance costs; characterized by a low
failure rate and a long service life, it stands as a reliable core
machining asset for high-end precision manufacturing and heavy
industrial applications.




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