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Precision Turning Power: CK5235 Double-Column Vertical Lathe

The CK5235 double-column vertical lathe delivers industrial-grade rigidity, exceptional machining accuracy, and strong load-bearing capability, specifically developed for large-diameter and heavy components.


The CK5235 double-column vertical lathe represents a significant advancement in the machining of heavy-duty rotational parts. As industries move toward larger, more complex equipment structures—especially in wind power generation, mining equipment, aerospace components, and industrial valve production—the demand for reliable vertical turning solutions continues to rise.

Unlike traditional horizontal lathes, the CK5235 adopts a stable double-column vertical architecture, ensuring minimal deformation and outstanding rigidity during continuous high-load operations. This design provides better support for large-diameter workpieces, reducing vibration and guaranteeing machining precision even under intense cutting forces.

Key technical advantages include:

  • High-torque spindle system for heavy stock removal

  • High-precision CNC control system with stable interpolation algorithms

  • Large-capacity worktable and strong clamping system for oversized components

  • Optimized chip removal path suitable for long machining cycles

  • Optional automatic tool changers & measurement systems for industrial automation needs

This machine effectively handles complex turning profiles, high-precision surface finishes, internal/external cylindrical surfaces, and spherical surfaces. Applications include turbine housings, industrial flanges, bearing rings, gear rings, and structural steel parts.

With increasing demand for accuracy, consistency, and scalability in heavy-industry machining, the CK5235 stands as a highly adaptable production asset. Whether integrated into a modern CNC workshop or used as part of a dedicated heavy-machining line, it offers performance reliability and economic value.


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