MOQ: | Negotiable |
Price: | $268,800 (subject to the contract) |
Delivery Period: | 1 year |
Dual-column CNC vertical lathe designed for high-precision, heavy-duty turning operations
Maximum turning diameter up to 4000 mm and maximum workpiece weight of 40 tons
Equipped with high-rigidity hydrostatic guideways and advanced static/dynamic stiffness
Ideal for machining ferrous, non-ferrous, and select non-metal materials
Supports rough and finish turning of cylindrical, conical, and flat surfaces
Integrated Siemens or GSK CNC systems with servo-driven axes for smooth, reliable operation
Tailored for industries such as energy, heavy machinery, aerospace, and defense
The CK5240 Series CNC Vertical Lathe is engineered with cutting-edge technology and an optimized CAD design that integrates mechatronics for modern manufacturing. This double-column lathe features robust structural components that allow it to handle ultra-heavy loads while maintaining outstanding precision and stability.
The worktable utilizes a high-precision hydrostatic bearing system and dual-gear transmission with a 55 kW DC motor for smooth torque control and stable performance. The crossbeam, columns, and slideways are all constructed from high-strength, low-stress cast iron to ensure long service life, exceptional rigidity, and minimal thermal deformation.
With intelligent CNC capabilities and independent servo drives, the left tool post is fully numerical-controlled, enabling high-speed, high-accuracy multi-axis machining. The machine is suitable for steel, alloys, copper, and aluminum parts requiring deep cuts and tight tolerances.
Parameter | Value | Parameter | Value |
---|---|---|---|
Max. Turning Diameter | Φ4000 mm | Max. Workpiece Height | 3500 mm |
Worktable Diameter | Φ3500 mm | Max. Workpiece Weight | 40 tons |
Worktable Speed Range | 0.4–40 rpm | Max. Worktable Torque | 200 kNm |
Rapid Feed Rate | 2000 mm/min | Cutting Feed Rate Range | 0.1–500 mm/min |
X-axis Travel (Tool Post) | -50~2600 mm | Z-axis Travel (Ram) | 1800 mm |
Beam Travel Range | 3000 mm | Beam Lifting Speed | 320 mm/min |
Main Motor Power (DC) | 55 kW | Machine Weight (Approx.) | 140 tons |
Follow the foundation blueprint provided before machine installation to ensure structural integrity
All operations involving lifting or transport must be executed using proper rigging tools
Ensure proper alignment and clamping of the crossbeam before operation
Lubrication and hydraulic systems should be checked regularly for pressure and flow consistency
Always operate the CNC interface (Siemens or GSK) per the provided user manual and safety procedures
During heavy-load operations, monitor hydrostatic pressure levels to prevent guideway overheating
Perform routine precision checks and recalibration to maintain machining accuracy over time
Power Generation Equipment: Precise turning of turbine discs, bearing housings, and casings
Heavy Machinery Manufacturing: Machining of large gear blanks, bearing rings, and flywheels
Railway & Transportation: Axle hubs, wheels, and brake components
Aerospace Components: High-strength alloy parts requiring deep cutting and precision finishing
Defense Industry: Machining of armored vehicle parts, casings, and large structural rings
Mining & Metallurgy: Turning of wear-resistant parts and metal rolling components
MOQ: | Negotiable |
Price: | $268,800 (subject to the contract) |
Delivery Period: | 1 year |
Dual-column CNC vertical lathe designed for high-precision, heavy-duty turning operations
Maximum turning diameter up to 4000 mm and maximum workpiece weight of 40 tons
Equipped with high-rigidity hydrostatic guideways and advanced static/dynamic stiffness
Ideal for machining ferrous, non-ferrous, and select non-metal materials
Supports rough and finish turning of cylindrical, conical, and flat surfaces
Integrated Siemens or GSK CNC systems with servo-driven axes for smooth, reliable operation
Tailored for industries such as energy, heavy machinery, aerospace, and defense
The CK5240 Series CNC Vertical Lathe is engineered with cutting-edge technology and an optimized CAD design that integrates mechatronics for modern manufacturing. This double-column lathe features robust structural components that allow it to handle ultra-heavy loads while maintaining outstanding precision and stability.
The worktable utilizes a high-precision hydrostatic bearing system and dual-gear transmission with a 55 kW DC motor for smooth torque control and stable performance. The crossbeam, columns, and slideways are all constructed from high-strength, low-stress cast iron to ensure long service life, exceptional rigidity, and minimal thermal deformation.
With intelligent CNC capabilities and independent servo drives, the left tool post is fully numerical-controlled, enabling high-speed, high-accuracy multi-axis machining. The machine is suitable for steel, alloys, copper, and aluminum parts requiring deep cuts and tight tolerances.
Parameter | Value | Parameter | Value |
---|---|---|---|
Max. Turning Diameter | Φ4000 mm | Max. Workpiece Height | 3500 mm |
Worktable Diameter | Φ3500 mm | Max. Workpiece Weight | 40 tons |
Worktable Speed Range | 0.4–40 rpm | Max. Worktable Torque | 200 kNm |
Rapid Feed Rate | 2000 mm/min | Cutting Feed Rate Range | 0.1–500 mm/min |
X-axis Travel (Tool Post) | -50~2600 mm | Z-axis Travel (Ram) | 1800 mm |
Beam Travel Range | 3000 mm | Beam Lifting Speed | 320 mm/min |
Main Motor Power (DC) | 55 kW | Machine Weight (Approx.) | 140 tons |
Follow the foundation blueprint provided before machine installation to ensure structural integrity
All operations involving lifting or transport must be executed using proper rigging tools
Ensure proper alignment and clamping of the crossbeam before operation
Lubrication and hydraulic systems should be checked regularly for pressure and flow consistency
Always operate the CNC interface (Siemens or GSK) per the provided user manual and safety procedures
During heavy-load operations, monitor hydrostatic pressure levels to prevent guideway overheating
Perform routine precision checks and recalibration to maintain machining accuracy over time
Power Generation Equipment: Precise turning of turbine discs, bearing housings, and casings
Heavy Machinery Manufacturing: Machining of large gear blanks, bearing rings, and flywheels
Railway & Transportation: Axle hubs, wheels, and brake components
Aerospace Components: High-strength alloy parts requiring deep cutting and precision finishing
Defense Industry: Machining of armored vehicle parts, casings, and large structural rings
Mining & Metallurgy: Turning of wear-resistant parts and metal rolling components