Core processing functions
● Basic turning
CNC machine tools can perform conventional turning operations such as external cylindrical surfaces, conical surfaces, end faces, grooving, and chamfering, with high machining accuracy and surface roughness below Ra1.6μm.
CNC vertical lathes support thread machining, including metric, imperial, and module threads, meeting diverse needs.
● Complex surface machining
CNC vertical lathes precisely control the tool path through a CNC system, enabling the machining of complex rotating surfaces such as hyperboloids and spheres, and are suitable for manufacturing high-precision parts.
● Multi-process composite processing
Milling and turning combined: CNC lathes equipped with a powered turret or tool magazine can perform milling, drilling, tapping, and boring operations, reducing process changeover time. For example, when machining a wheel hub, operations such as turning the outer diameter and milling bolt holes can be completed in one operation.
Five-axis simultaneous machining: High-end models support five-axis simultaneous machining, enabling the machining of spatial curved surfaces, suitable for precision parts such as aero-engine blades and turbine disks.
Structural advantages and functions
● Heavy workpiece machining
Vertical Structure: The CNC lathe's worktable rotates horizontally, distributing the workpiece's weight evenly and reducing clamping deformation. This design is suitable for machining workpieces with large diameters and short axial dimensions (such as wind turbine spindles and large bearing housings).
High Rigidity Design: The CNC machine tool uses a resin sand-molded bed and roller linear guides or rigid-lined guides, providing strong load-bearing capacity and withstanding heavy cutting forces to ensure machining stability.
● High-efficiency automated processing
Automatic loading and unloading: The vertical layout of the worktable on the vertical CNC lathe facilitates operation by robotic arms or gantry systems, enabling assembly line operations and improving production efficiency.
Intelligent compensation function: The CNC vertical lathe uses technologies such as thermal deformation compensation and tool wear compensation to correct machining errors in real time, ensuring long-term accuracy stability.
Industry application functions
Automotive Industry: Machining disc-shaped parts such as wheel hubs, brake discs, and flywheel housings, supporting efficient mass production.
Aerospace: Machining high-precision parts such as engine components and turbine blade disks, meeting IT6 precision requirements.
Energy Equipment: Machining large parts such as wind turbine main shafts and turbine mounting rings, with a maximum machining diameter of up to 15 meters, adapting to heavy-duty manufacturing needs.
Mold and Machining: Machining molds, fixtures, and cutting tools, supporting integrated roughing and finishing, reducing process changes and improving processing efficiency.