MOQ: | Negotiable |
Price: | $3,640,000 (subject to the contract) |
Delivery Period: | 1 year |
Large-scale CNC vertical lathe with dual-column, dual-tool post design
Designed for rough and finish machining of ultra-heavy and oversized components
Suitable for turning internal/external cylindrical and conical surfaces, threads, arcs, and complex curves
Utilizes Siemens 828D CNC control system with synchronized multi-axis movement
High rigidity, thermal stability, and long-term accuracy retention
Ideal for single or small-batch production in heavy machinery, aerospace, and energy industries
The CK52160 CNC Double-Column Vertical Lathe is a flagship heavy-duty vertical turning center engineered by our company using advanced international design concepts and cutting-edge manufacturing processes. This model features dual tool posts—one CNC and one conventional—mounted on a robust gantry structure. The worktable and base are made from high-strength HT250 cast iron and incorporate static and dynamic stiffness-enhancing designs.
The machine is equipped with a high-torque, dual-speed mechanical gearbox and a direct-drive DC motor system, ensuring excellent power transmission and high precision during low-speed heavy cutting. Its large-diameter worktable features hydrostatic and rolling guideways for optimal support and accuracy. The modular design allows flexibility and efficiency across a range of industrial sectors requiring the machining of extremely large parts.
Parameter | Value | Parameter | Value |
---|---|---|---|
Max. Swing Diameter | Φ16000 mm | Max. Workpiece Height | 6000 mm |
Table Diameter | Φ10000 mm | Max. Load Capacity | 400 tons |
Table Speed Range | 0.12–12 rpm | Max. Table Torque | 1000 kNm |
X-Axis Travel | -100 ~ 9050 mm | Z-Axis (Ram) Travel | 3150 mm |
Ram Cross-Section (L × W) | 500 × 500 mm | Cutting Force (Left/Right Tool Post) | 125KN / 135KN |
Total Cutting Force | 180KN | Beam Travel | 5000 mm |
Rapid Feed Speed | 4000 mm/min | Feed Motor Torque (X/Z) | 65 N·m |
Main Motor Power (DC) | 142 kW | Machine Weight (Approx.) | 550 tons |
Installation environment: Ensure stable ambient temperatures (5–40°C) and non-corrosive air conditions
Foundation requirements: A reinforced foundation is essential for stable operation
Power supply: Verify proper electrical grounding and compatibility with system specifications
Lubrication: Regularly maintain automatic lubrication systems for beam and tool post guideways
Operator safety: Always follow interlock and emergency stop protocols; refer to the Siemens 828D system manual
Load limits: Do not exceed specified worktable weight and torque thresholds
Hydraulic system care: Monitor oil temperature and pressure; utilize cooling systems to avoid overheating
Precision maintenance: Follow calibration schedules to sustain positioning and repeatability accuracy
Wind Power & Energy: Machining of generator casings, bearing housings, and turbine parts
Aerospace & Aviation: Processing of large alloy components and structural frames
Heavy Machinery: Production of large-diameter gears, flywheels, and pressure vessels
Shipbuilding & Marine Engineering: Turning of massive flanges and drive shafts
Steel & Metallurgy: Fabrication of rolls, mold plates, and continuous casting parts
Rail & Transport: Manufacture of large wheels, hubs, and couplings
Custom Machining Workshops: Ideal for single or low-volume production with variable part geometries
MOQ: | Negotiable |
Price: | $3,640,000 (subject to the contract) |
Delivery Period: | 1 year |
Large-scale CNC vertical lathe with dual-column, dual-tool post design
Designed for rough and finish machining of ultra-heavy and oversized components
Suitable for turning internal/external cylindrical and conical surfaces, threads, arcs, and complex curves
Utilizes Siemens 828D CNC control system with synchronized multi-axis movement
High rigidity, thermal stability, and long-term accuracy retention
Ideal for single or small-batch production in heavy machinery, aerospace, and energy industries
The CK52160 CNC Double-Column Vertical Lathe is a flagship heavy-duty vertical turning center engineered by our company using advanced international design concepts and cutting-edge manufacturing processes. This model features dual tool posts—one CNC and one conventional—mounted on a robust gantry structure. The worktable and base are made from high-strength HT250 cast iron and incorporate static and dynamic stiffness-enhancing designs.
The machine is equipped with a high-torque, dual-speed mechanical gearbox and a direct-drive DC motor system, ensuring excellent power transmission and high precision during low-speed heavy cutting. Its large-diameter worktable features hydrostatic and rolling guideways for optimal support and accuracy. The modular design allows flexibility and efficiency across a range of industrial sectors requiring the machining of extremely large parts.
Parameter | Value | Parameter | Value |
---|---|---|---|
Max. Swing Diameter | Φ16000 mm | Max. Workpiece Height | 6000 mm |
Table Diameter | Φ10000 mm | Max. Load Capacity | 400 tons |
Table Speed Range | 0.12–12 rpm | Max. Table Torque | 1000 kNm |
X-Axis Travel | -100 ~ 9050 mm | Z-Axis (Ram) Travel | 3150 mm |
Ram Cross-Section (L × W) | 500 × 500 mm | Cutting Force (Left/Right Tool Post) | 125KN / 135KN |
Total Cutting Force | 180KN | Beam Travel | 5000 mm |
Rapid Feed Speed | 4000 mm/min | Feed Motor Torque (X/Z) | 65 N·m |
Main Motor Power (DC) | 142 kW | Machine Weight (Approx.) | 550 tons |
Installation environment: Ensure stable ambient temperatures (5–40°C) and non-corrosive air conditions
Foundation requirements: A reinforced foundation is essential for stable operation
Power supply: Verify proper electrical grounding and compatibility with system specifications
Lubrication: Regularly maintain automatic lubrication systems for beam and tool post guideways
Operator safety: Always follow interlock and emergency stop protocols; refer to the Siemens 828D system manual
Load limits: Do not exceed specified worktable weight and torque thresholds
Hydraulic system care: Monitor oil temperature and pressure; utilize cooling systems to avoid overheating
Precision maintenance: Follow calibration schedules to sustain positioning and repeatability accuracy
Wind Power & Energy: Machining of generator casings, bearing housings, and turbine parts
Aerospace & Aviation: Processing of large alloy components and structural frames
Heavy Machinery: Production of large-diameter gears, flywheels, and pressure vessels
Shipbuilding & Marine Engineering: Turning of massive flanges and drive shafts
Steel & Metallurgy: Fabrication of rolls, mold plates, and continuous casting parts
Rail & Transport: Manufacture of large wheels, hubs, and couplings
Custom Machining Workshops: Ideal for single or low-volume production with variable part geometries