Vertical CNC Lathe Machine

Vertical CNC Lathe Machine

Vertical CNC Lathe Machine is a computer-controlled turning machine designed for machining medium to large cylindrical and disc-shaped components. It performs turning, facing, boring, grooving, and threading operations on workpieces used in automotive, energy, machinery, bearing, and heavy equipment industries.
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Description

Technical Parameters

 

Product Overview


Vertical CNC Lathe Machine is a computer-controlled turning machine designed for machining medium to large cylindrical and disc-shaped components. It performs turning, facing, boring, grooving, and threading operations on workpieces used in automotive, energy, machinery, bearing, and heavy equipment industries.

 

product-1024-683

 

product-1024-1536

 

 

Key Machining Capabilities


External Turning
Machines outer diameters, steps, tapers, and cylindrical surfaces.


Internal Boring
Processes internal holes, bores, and precision cavities.


Facing
Machines flat end surfaces and reference faces.


Grooving
Produces internal and external grooves for sealing rings and assembly features.


Thread Cutting
Cuts internal and external threads in various profiles.


Taper Turning
Generates conical surfaces and angled profiles.


Contour Turning
Machines complex curved and profile surfaces through CNC interpolation.


Drilling & Center Hole Machining
Performs axial hole-making and center hole operations when equipped accordingly.

 

product-1024-1536

 

 

Technical Advantages


Vertical Workholding Structure helps support heavy workpieces and reduces deformation caused by gravity.


Rigid Machine Base provides stable support during continuous heavy-duty cutting operations.


Short Force Transmission Path improves cutting stability for large-diameter components.


High-Torque Spindle System supports roughing and finishing of demanding materials.


Optimized Thermal Design helps maintain consistent machining performance during long production cycles.


Automation Integration Capability allows connection with robotic loading and automated production cells.

 

product-1024-1536

 

 

Technical Specifications

 

Technical Data

Swing dia., max.

Ø450

mm

Workpiece dia., max.

Ø300

mm

Workpiece length, max.

200

mm

Max. Spindle speed

4000

r/min

X/Y/Z-axis travel

590/250

mm

X/Y/Z-axis rapid traverse

15-20

m/min

Repeat positioning accuracy

0.003

mm

Spindle run out

0.005

mm

Grating absolute measurement resolution

0.001

mm

 

 

Industry Applications


Automotive Industry
Brake discs, flywheels, wheel hubs, clutch housings, and transmission components.


Bearing Industry
Bearing rings, bearing housings, and large bearing races.


Energy & Power Generation
Valve bodies, flanges, turbine components, and pump casings.


Construction Machinery
Gear blanks, slewing rings, hubs, and structural rotating parts.


General Machinery Manufacturing
Pulleys, couplings, bushings, end covers, and industrial machine components.


Oil & Gas Equipment
Pipe connectors, valve components, flanges, and pressure-control parts.


Heavy Equipment Manufacturing
Large discs, housings, support rings, and rotational structural components.

 

product-1024-683

 

 

Controller & Component Options

 

Component Category

Available Options

CNC Controller

FANUC, Siemens, Mitsubishi, GSK

Servo Drive System

FANUC, Siemens, Mitsubishi, Yaskawa

Main Spindle Motor

FANUC, Siemens, Mitsubishi, Domestic Premium Brands

Linear Guideways

THK, HIWIN, PMI, NSK

Ball Screws

THK, NSK, PMI

Bearings

NSK, SKF, FAG

Hydraulic System

Yuken, Nachi, Rexroth

Lubrication System

Bijur Delimon, HERG, BAOTN

Electrical Components

Schneider, Siemens, Mitsubishi

Tool Holders

VDI, BMT, Customized Tooling Interfaces

Chip Conveyor

Chain Type, Hinge Belt Type, Scraper Type

Measuring System

Absolute Encoders, Linear Scales (Optional)

 

 

Customization Options

 

  • Customized maximum turning diameter and turning height
  • Special chuck sizes and workholding solutions
  • Hydraulic, pneumatic, or customized clamping systems
  • Multi-station tool post configurations
  • Automatic loading and unloading systems
  • Robotic integration interfaces
  • Chip removal and coolant management solutions
  • Local electrical standards (CE, UL, CSA compliant designs)
  • Custom machine enclosure and safety protection design
  • Dedicated fixtures for castings, forgings, or ring-shaped parts
  • Production line integration and communication protocols
  • Factory layout-oriented machine configuration
product-1024-1024

 

 

FAQ

 

Q: What materials can be machined?

A: Common materials include carbon steel, alloy steel, stainless steel, cast iron, aluminum alloys, copper alloys, and engineering metals.

Q: Can the machine perform both roughing and finishing?

A: Yes. It is designed to support both heavy material removal and finishing operations within the same setup.

Q: What is the typical production lead time?

A: Standard models typically require 45–90 days depending on configuration and order quantity.

Q: Is factory inspection supported before shipment?

A: Yes. Customers or third-party inspection agencies are welcome to conduct pre-shipment inspections.

Q: What warranty is provided?

A: A standard 12-month warranty is commonly provided from machine commissioning or shipment date, subject to contract terms.

Q: How are machines packaged for export?

A: Machines are typically protected with anti-rust treatment, moisture-proof wrapping, and seaworthy wooden packaging.

Q: Are spare parts available after purchase?

A: Yes. Long-term spare parts support and technical documentation are available.

Q: What certifications can be provided?

A: Depending on the destination market, machines can be supplied with CE documentation and other applicable compliance requirements.

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