Standardized upgrades in the precision of general-purpose machining equipment lower the quality threshold for processing for small and medium-sized enterprises.

Lathes, drilling and tapping centers, and vertical milling machines—three mainstream CNC machining equipment—have undergone simultaneous upgrades in precision and configuration standardization.


Lathes, drilling and tapping centers, and vertical milling machines—three mainstream CNC machining equipment—have undergone simultaneous upgrades in precision and configuration standardization, simplifying the cost of non-standard customization and enabling small and medium-sized machining enterprises to obtain high-precision machining capabilities with lower investment.

The entire CNC lathe series adheres to unified precision standards, achieving a positioning accuracy of 0.01mm and a repeatability of 0.008mm. Standardized and universal components are used for servo motors, ball screws, and linear guides, facilitating convenient spare parts procurement for future maintenance. High-speed drilling and tapping centers feature a unified BT30 direct-drive spindle and a 16-station armless tool magazine, improving surface roughness under high-speed machining and adapting to precision machining of small parts. Vertical milling machines feature reinforced and wear-resistant guideways, reducing the rate of precision decay during long-term heavy-load machining by 60%, thus reducing the frequency of regular equipment maintenance.

Standardized equipment functions are implemented. Lathes come standard with automatic chip conveyors and material collection carriages, drilling and tapping centers with high-pressure cooling systems, and vertical milling machines with enlarged cooling water tank capacity. All machines are equipped with interfaces for future automation upgrades, allowing enterprises to add robotic arms and feeders for automation upgrades without replacing the entire machine. Multi-specification tiered pricing covers all needs from small-batch prototyping to medium-batch mass production and heavy-duty large-part processing. Standardized mass production shortens equipment delivery cycles, while a unified after-sales maintenance system reduces the overall cost of equipment use and maintenance for small and medium-sized enterprises.

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