High-Precision CNC Vertical Lathe

High-Precision CNC Vertical Lathe

The High-Precision CNC Vertical Lathe provides exceptionally stable turning capabilities for large-diameter, heavy, and short rotational metal components.
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The High-Precision CNC Vertical Lathe provides exceptionally stable turning capabilities for large-diameter, heavy, and short rotational metal components. Built with vertical workholding, this heavy-duty machine eliminates workpiece deformation caused by gravity sagging, enabling high-rigidity external turning, internal boring, facing, grooving, and thread cutting. By integrating precision X and Z axes movement, the machine guarantees exact repeatability across heavy manufacturing operations.

 

Advantages of High-Precision CNC Vertical Lathe

 

Gravity-Center Stability: Vertical table alignment ensures heavy workpieces seat naturally, reducing clamping stress and maintaining precise alignment during high-speed rotation.

Vibration-Damping Structure: High-grade meehanite cast-iron beds undergo thermal stress relief to minimize structural distortion and absorb cutting forces during heavy metal removal.

High-Rigidity Axis Movement: Hardened, precision-ground guideways combined with preloaded ball screws deliver smooth motion and micron-level positioning accuracy.

High-Torque Drive System: Advanced spindle drive mechanisms deliver continuous high torque at low speeds for roughing operations and high rotational stability for fine finishing.

 

Applications of High-Precision CNC Vertical Lathe

 

Energy and Power Valves: Achieves precise internal boring, flange facing, and sealing surface turning on massive valve bodies and pressure-vessel components.

Industrial Pumps and Housing: Delivers uniform concentricity and precise bore finishes for heavy pump casings, impellers, and rotational housings.

Bearings and Slewing Rings: Executes high-precision internal and external turning on large-diameter bearing rings, gear blanks, and circular transmission parts.

Transportation and Aerospace Components: Performs heavy-duty turning and finishing on railway wheels, turbine discs, and large structural ring components.

 

Key Specifications

 

Parameter

Standard Range / Specification

Maximum Turning Diameter

1250 mm - 4000 mm

Maximum Turning Height

1000 mm - 2500 mm

Maximum Workpiece Weight

3000 kg - 20000 kg

Table Diameter

1000 mm - 3150 mm

Spindle Speed Range

1 rpm - 800 rpm

Main Motor Power

30 kW - 75 kW

Tool Turret Capacity

4-Station / 8-Station / Vertical ATC

X/Z Axis Positioning Accuracy

0.010 mm

X/Z Axis Repeatability

0.005 mm

 

Manufacturing & Quality Inspection

 

Every vertical turning machine undergoes rigorous manufacturing standards to ensure long-term structural integrity. Crucial mechanical housings and guideways are processed on high-precision gantry grinders and pentahedron machining centers.

Quality verification follows strict international standards, using dynamic laser interferometers to align axis travel, electronic levels to check bed flatness, and precision dial indicators to ensure spindle runout remains well within exact engineering limits.

 

Custom Engineering Configurations

 

Machine parameters are customized directly from your part drawings:

Workholding: Manual or hydraulic chucks matched to component shape.

Tooling: Live tooling turrets designed for complex turning operations.

Axis Motion: Tailored Z-axis stroke lengths to fit workpiece height.

Chip Management: Integrated chip conveyors and coolant systems optimized for your workflow.

 

Quotation Requirements

 

To obtain a detailed technical proposal and customized commercial quotation, please submit:

Complete engineering drawings or dimensioned sketches

Maximum and minimum workpiece diameters, height, and total weight

Raw material grades and required machining tolerances

Target surface roughness standards and anticipated annual output

 

FAQ

 

Q: What types of workpieces are ideal for a High-Precision CNC Vertical Lathe?

A: Large-diameter, heavy, or short rotational parts requiring precise facing, internal boring, external turning, and grooving benefit most from this vertical configuration.

Q: How does vertical turning differ from horizontal turning regarding accuracy?

A: Vertical turning uses gravity to naturally support workpiece weight on the table, eliminating spindle deflection and clamping deformation commonly found on horizontal machines when handling heavy components.

Q: Can this vertical machine process tough alloy materials?

A: Yes, the heavy casting bed, high-torque spindle drive, and rigid guideway construction allow stable cutting performance on stainless steel, forged alloy steel, and cast iron.

Q: How is the positioning accuracy of the machine verified?

A: Laser interferometers verify full-length X and Z axes positioning accuracy, precision indicators check spindle runout, and representative test pieces undergo complete dimensional inspections prior to final shipment.

Q: What optional features can be added to the machine?

A: Machine configurations can include specialized tool turrets, automatic tool changers, chip conveyors, coolant systems, and custom workholding fixtures matched to specific parts.

Q: What information is needed to receive a complete machine layout and quote?

A: Submitting your workpiece drawing, dimensions, material specifications, required tolerances, and expected production volume provides the exact technical details required to prepare an accurate configuration.

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