MOQ: | Negotiable |
Price: | $448,000 (subject to the contract) |
Delivery Period: | 1 year |
Dual-column, dual-tool post CNC vertical lathe for ultra-large parts
Max turning diameter up to 5000mm and workpiece weight up to 50 tons
Rigid cast structure with high-strength HT250 cast iron
Suitable for a wide range of ferrous, non-ferrous, and composite materials
Equipped with Siemens 802Dsl CNC system for powerful control
Excellent static and dynamic precision with strong cutting capability
Ideal for heavy-duty, high-accuracy, low-batch component machining
Modular design with intelligent lubrication and safety systems
The CK5250 CNC Double-Column Vertical Lathe is an advanced machine tool engineered for high-load, high-precision turning of extra-large components. Developed by our experienced team, the CK5250 integrates cutting-edge global design principles, robust materials, and mechatronic systems into a single, high-performance platform.
With a maximum turning diameter of 5000mm and part weight capacity of up to 50 tons, the CK5250 is equipped with dual tool posts, featuring one CNC-controlled and one standard post, enabling powerful rough and finish machining on cylindrical, conical, threaded, and curved surfaces.
Its rigid box-type frame, static-pressure hydro bearings, and preloaded servo axes ensure exceptional stability and precision across all operations. Designed for both single-piece and small-batch manufacturing, it is an ideal solution for industries requiring the processing of oversized components with demanding tolerances.
The machine comes equipped with the Siemens 802Dsl system, three-axis linkage (X, Z, C), advanced lubrication and safety systems, and a modular structure for optimized installation and maintenance. It meets the precision requirements of JB/T9934.1-1999 and supports operation in diverse environments.
Parameter | Value | Parameter | Value |
---|---|---|---|
Max Turning Diameter | Φ5000 mm | Max Workpiece Height | 3000 mm |
Table Diameter | Φ4000 mm | Max Workpiece Weight | 50 tons |
Table Speed Range | 0.4–40 rpm | Max Table Torque | 200 kNm |
Tool Feed Speed Range | 0.1–1600 mm/min | Rapid Traverse Speed | 1600 mm/min |
X-Axis Travel | -50 ~ 2600 mm | Z-Axis Travel | 1500 mm |
Tool Post Cutting Force (L/R) | 40/60 kN | Total Cutting Force | 100 kN |
Beam Stroke | 3000 mm | Main Motor Power | 55 kW (DC drive) |
Ensure the machine is installed on a properly prepared foundation as per the provided layout drawing.
Operate within ambient temperature limits (5–40°C) and ≤85% humidity.
Maintain oil temperature within recommended ranges using built-in cooling and protection systems.
Perform regular maintenance on lubrication and hydraulic systems.
Only trained personnel should operate or service the machine.
Use correct tooling and securely fasten workpieces before machining.
Heavy machinery component production
Aerospace structural parts machining
Energy sector: turbines, casings, and housings
Marine industry: large propeller shafts and flanges
Defense industry: armored vehicle parts
Metallurgy: processing of thick-wall rings and disks
Rail transport: wheel hubs and large mechanical connectors
MOQ: | Negotiable |
Price: | $448,000 (subject to the contract) |
Delivery Period: | 1 year |
Dual-column, dual-tool post CNC vertical lathe for ultra-large parts
Max turning diameter up to 5000mm and workpiece weight up to 50 tons
Rigid cast structure with high-strength HT250 cast iron
Suitable for a wide range of ferrous, non-ferrous, and composite materials
Equipped with Siemens 802Dsl CNC system for powerful control
Excellent static and dynamic precision with strong cutting capability
Ideal for heavy-duty, high-accuracy, low-batch component machining
Modular design with intelligent lubrication and safety systems
The CK5250 CNC Double-Column Vertical Lathe is an advanced machine tool engineered for high-load, high-precision turning of extra-large components. Developed by our experienced team, the CK5250 integrates cutting-edge global design principles, robust materials, and mechatronic systems into a single, high-performance platform.
With a maximum turning diameter of 5000mm and part weight capacity of up to 50 tons, the CK5250 is equipped with dual tool posts, featuring one CNC-controlled and one standard post, enabling powerful rough and finish machining on cylindrical, conical, threaded, and curved surfaces.
Its rigid box-type frame, static-pressure hydro bearings, and preloaded servo axes ensure exceptional stability and precision across all operations. Designed for both single-piece and small-batch manufacturing, it is an ideal solution for industries requiring the processing of oversized components with demanding tolerances.
The machine comes equipped with the Siemens 802Dsl system, three-axis linkage (X, Z, C), advanced lubrication and safety systems, and a modular structure for optimized installation and maintenance. It meets the precision requirements of JB/T9934.1-1999 and supports operation in diverse environments.
Parameter | Value | Parameter | Value |
---|---|---|---|
Max Turning Diameter | Φ5000 mm | Max Workpiece Height | 3000 mm |
Table Diameter | Φ4000 mm | Max Workpiece Weight | 50 tons |
Table Speed Range | 0.4–40 rpm | Max Table Torque | 200 kNm |
Tool Feed Speed Range | 0.1–1600 mm/min | Rapid Traverse Speed | 1600 mm/min |
X-Axis Travel | -50 ~ 2600 mm | Z-Axis Travel | 1500 mm |
Tool Post Cutting Force (L/R) | 40/60 kN | Total Cutting Force | 100 kN |
Beam Stroke | 3000 mm | Main Motor Power | 55 kW (DC drive) |
Ensure the machine is installed on a properly prepared foundation as per the provided layout drawing.
Operate within ambient temperature limits (5–40°C) and ≤85% humidity.
Maintain oil temperature within recommended ranges using built-in cooling and protection systems.
Perform regular maintenance on lubrication and hydraulic systems.
Only trained personnel should operate or service the machine.
Use correct tooling and securely fasten workpieces before machining.
Heavy machinery component production
Aerospace structural parts machining
Energy sector: turbines, casings, and housings
Marine industry: large propeller shafts and flanges
Defense industry: armored vehicle parts
Metallurgy: processing of thick-wall rings and disks
Rail transport: wheel hubs and large mechanical connectors