Vertical CNC milling machines optimize heavy-duty cutting schemes, achieving breakthroughs in the processing capacity of medium and large-sized sheet metal.

The general-purpose vertical CNC milling machine has undergone structural and power system upgrades.


The general-purpose vertical CNC milling machine has undergone structural and power system upgrades. The benchmark model features a rectangular hardened guideway structure, specifically optimized for heavy-duty milling scenarios involving steel plates, castings, and mold steel, addressing the pain points of insufficient rigidity and rapid accuracy degradation in traditional milling machines during heavy cutting.

The worktable dimensions are 1250×360mm, with a maximum load capacity of 700kg and an X-axis travel of 900mm. It is equipped with large-size 3206 or 4006 ball screws, three-axis servo torque of 10/10/15N・m, and three-axis rapid traverse speeds of 5000/5000/4000mm/min. The roughing feed range is 1-2000mm/min, accommodating both rough milling for material removal and finish milling for shaping processes. The spindle uses a BT40 standard tapered bore, with a speed range of 200-8000 r/min. A 5.5 kW main motor provides stable high torque output. The maximum allowable tool length is 200 mm, and the maximum weight of a single tool is 5 kg. It is compatible with various extended milling cutters and drill bits.

The equipment is equipped with a pneumatic tooling interface, requiring an operating air pressure of 5-7 kgf/cm². The total power supply capacity is 15 KVA. Positioning accuracy is ±0.016 mm, and repeatability is ±0.008 mm, significantly improving accuracy retention even after long-term heavy-duty machining. The machine has a net weight of 3000 kg and overall dimensions of 2220×2200×2250 mm. It can be used independently for roughing molds and milling sheet metal surfaces, or integrated into automated loading and unloading units, serving companies in the engineering machinery parts, injection mold, and sheet metal processing industries.

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