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Structural innovation in heavy-duty CNC lathes solves the rigidity problem in machining large workpieces.
Release time:
Mar 10,2026
Source:
A large-scale, heavy-duty slant bed CNC lathe has undergone structural innovation.
A large-scale, heavy-duty slant bed CNC lathe has undergone structural innovation. Targeting the machining of heavy workpieces with a rotation diameter of 580mm to 1000mm, the lathe's casting process, transmission system, and support structure have been optimized, overcoming industry pain points such as cutting vibration and large dimensional deviations inherent in traditional heavy-duty lathes.
The machine bed is made of a thickened, one-piece casting. Its 45° slant layout optimizes the chip removal path, preventing chip accumulation from affecting machining. The X-axis has a maximum travel of 500mm and is equipped with a 27N·m high-power servo motor, supporting radial cutting of large-diameter workpieces. The Z-axis has a maximum machining travel of 3000mm, with an extended synchronous tailstock and a 700-2700mm multi-stage sleeve travel to accommodate ultra-long shaft-type workpieces. The spindle uses A2-11 and A2-15 large-size flanges with a maximum through-hole diameter of 130mm, accommodating large-diameter seamless bars. The spindle motor has a maximum power of 27.5kW, outputting ultra-high torque in the low-speed range to handle difficult-to-machine materials such as cast steel and stainless steel.
The 12-station power turret comes standard with a 25×25 standard tool square, capable of mounting large-size external turning cutters, internal boring cutters, and power milling cutters, enabling combined turning, boring, and milling machining. The machine weighs a maximum of 12,900 kg. The base features thickened shock-absorbing pads, ensuring extremely low vibration amplitude during high-speed, heavy-duty cutting, and maintaining a stable positioning accuracy of ±0.01 mm. It is suitable for mass production machining of heavy-duty components such as hydraulic cylinders for engineering machinery, small shafts for wind power systems, and large hydraulic flanges.
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