CNC Vertical Turning Lathe

CNC Vertical Turning Lathe

CNC Vertical Turning Lathe is a vertical machining solution designed for turning, boring, facing, grooving, and threading of round metal components. Typical workpieces include flanges, hubs, brake discs, bearing rings, and valve bodies for automotive, energy, machinery, and industrial equipment manufacturing.
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Description

Technical Parameters

 

Product Overview


CNC Vertical Turning Lathe is a vertical machining solution designed for turning, boring, facing, grooving, and threading of round metal components. Typical workpieces include flanges, hubs, brake discs, bearing rings, and valve bodies for automotive, energy, machinery, and industrial equipment manufacturing.

 

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Key Machining Capabilities


External Diameter Turning
Machining outer cylindrical surfaces, stepped diameters, and profiles on round components.


Internal Boring
Enlarging and finishing internal bores, bearing seats, and housing cavities.


Facing
Machining flat end surfaces to achieve required dimensional relationships.


Grooving
Producing internal or external grooves for seals, retaining rings, and assembly features.


Thread Cutting
Machining internal and external threads for mechanical connection applications.


Taper Turning
Generating conical surfaces for shafts, sleeves, and mating components.


Contour Turning
Processing curved profiles and complex rotational geometries.


Chamfering
Creating edge chamfers to improve assembly safety and component finishing.

 

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Technical Advantages


Vertical machine structure helps support heavy workpieces and reduces deformation caused by gravity.


Rigid machine bed and column design provide stable cutting performance during heavy-duty machining.


Direct-drive spindle system delivers reliable torque transmission and smooth operation.


Optimized thermal management helps maintain machine stability during long production cycles.


High-speed servo feed system enables efficient positioning and reduced non-cutting time.


Automation-ready architecture allows integration with robotic loading and automated production cells.

 

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Technical Specifications

 

Technical Data

Swing dia., max.

Ø550

mm

Workpiece dia., max.

Ø400

mm

Workpiece length, max.

200

mm

Max. Spindle speed

3000

r/min

X/Y/Z-axis travel

590/600

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, wheel hubs, transmission housings, clutch components, and bearing carriers.


Energy Equipment
Valve bodies, pump housings, turbine components, flanges, and sealing rings.


Industrial Machinery
Gear blanks, bearing housings, machine frames, couplings, and mechanical sleeves.


Oil & Gas
Pipe flanges, valve components, connector bodies, and pressure-retaining parts.


Bearing Manufacturing
Bearing rings, bearing seats, retaining rings, and precision rotational components.


Aerospace Supply Chain
Structural rings, mounting flanges, housings, and rotational support components.


General Metalworking
Custom round parts, castings, forgings, and medium-sized precision components.

 

product-1024-683

 

 

Controller & Component Options

 

Category

Available Options

CNC Controller

FANUC, Siemens, Mitsubishi, SYNTEC

Servo System

FANUC Servo, Siemens Servo, Mitsubishi Servo

Spindle Motor

FANUC, Siemens, Mitsubishi

Linear Guideways

HIWIN, PMI, THK

Ball Screws

THK, NSK, PMI

Bearings

NSK, SKF, FAG

Hydraulic System

Yuken, Nachi, Taiwan Hydraulic Brands

Lubrication System

Bijur Delimon, HERG, BAOTN

Coolant System

Standard Flood Coolant, High-Pressure Coolant

Tool Holder Interface

VDI, BMT, Customized Tooling Solutions

Chip Conveyor

Chain Type, Hinge Type, Scraper Type

Measuring System

Standard Encoder, Absolute Grating Scale

 

 

Customization Options

 

  • Workpiece diameter and height capacity customization
  • Customized chuck size and clamping solutions
  • Hydraulic, pneumatic, or special-purpose fixtures
  • Automatic loading and unloading systems
  • Robotic integration interfaces
  • Gantry loading solutions
  • Customized chip disposal arrangements
  • Coolant filtration systems
  • Voltage and electrical standards for destination countries
  • Multi-language HMI interface configuration
  • Special enclosure and safety protection requirements
  • Production line integration and communication protocols

 

 

FAQ

 

Q: What materials can this CNC vertical turning lathe machine?

A: It is suitable for steel, stainless steel, cast iron, aluminum alloys, copper alloys, and other machinable metals.

Q: What is the typical production lead time?

A: Standard configurations are generally delivered within 45–75 days after order confirmation. Customized projects may require additional time.

Q: Is installation support provided?

A: Remote commissioning support is available, and on-site installation service can be arranged when required.

Q: What warranty is included?

A: The standard warranty period is 12 months from installation or 14 months from shipment, whichever comes first.

Q: Are spare parts available after purchase?

A: Yes. Critical spare parts and consumable components can be supplied throughout the machine service life.

Q: What quality inspections are performed before shipment?

A: Machines undergo geometric accuracy verification, functional testing, spindle running tests, and trial machining before delivery.

Q: How is the machine packaged for export?

A: Machines are protected with anti-rust treatment, moisture-proof wrapping, and reinforced wooden or steel-base export packaging.

Q: Can factory audits and machine acceptance tests be arranged?

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

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