Fully Automatic Dual-spindle CNC Lathe
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Fully Automatic Dual-spindle CNC Lathe

Fully Automatic Dual-Spindle CNC Lathe is designed for high-volume turning of shaft, sleeve, bushing, connector, and precision metal components. The machine performs multiple turning operations within a single automated cycle, reducing part handling and improving production efficiency for automotive, hydraulic, electronics, and general engineering industries.
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Description

Technical Parameters

 

Product Overview


Fully Automatic Dual-Spindle CNC Lathe is designed for high-volume turning of shaft, sleeve, bushing, connector, and precision metal components. The machine performs multiple turning operations within a single automated cycle, reducing part handling and improving production efficiency for automotive, hydraulic, electronics, and general engineering industries.

 

product-690-390

 

product-1027-1027

 

 

Key Machining Capabilities


OD Turning
Machining external cylindrical surfaces, stepped diameters, and profiles.


ID Boring
Processing internal holes, bores, and precision internal features.


Facing
Generating flat end surfaces and controlled workpiece lengths.


Grooving
Machining external and internal grooves for retaining rings and sealing features.


Thread Cutting
Producing metric, imperial, tapered, and custom threads.


Drilling
Creating axial holes directly on turned components.


Taper Turning
Machining conical surfaces and tapered sections.


Profile Turning
Producing curved, contoured, and complex rotational geometries.

 

product-800-612

 

product-1000-666

 

 

Technical Advantages


Dual-spindle architecture enables complete machining of both sides of a workpiece with reduced manual handling.


Integrated automation design supports continuous unattended production for batch manufacturing.


Rigid machine structure helps maintain stable cutting performance during long production runs.


Servo-driven feed system provides smooth axis movement and consistent machining results.


Thermally balanced spindle arrangement minimizes dimensional variation caused by temperature changes.


Automatic chip evacuation system improves machine cleanliness and production uptime.

 

product-1000-750

 

 

Technical Parameters

 

Project

Parameter

Unit

Processing range

Maximum swing diameter

Ø350

mm

Maximum turning diameter

Ø120

mm

Maximum turning length

93

mm

Z-axis travel

250

mm

X-axis travel

500

mm

Spindle

Main motor power

15

kW

Main motor torque

57.3

N·m

Spindle end type

A2-5

-

Spindle speed

4000

r/min

Spindle aperture

Ø56

mm

Feed

X/Z axis rapid movement

15 – 20

m/min

X/Z servo motor power

1.75 / 1.75

kW

Tool system

Number of tool positions

4

Bundle

External tool shank size

20

mm

Inner hole tool shank size

Ø25

mm

Accuracy

X/Z positioning accuracy

0.008

mm

X/Z repeatability

0.003

mm

Complete machine

Chip conveyor

crawler

-

Weight

4500

kg

 

 

Industry Applications


Automotive Components
Shafts, transmission parts, bushings, fittings, sleeves, and sensor housings.


Hydraulic & Pneumatic Systems
Valve bodies, hydraulic fittings, couplings, adapters, and precision connectors.


Electronics & Electrical Hardware
Connector shells, threaded terminals, sensor components, and metal housings.


Industrial Machinery
Spacers, bearing sleeves, rollers, pins, and mechanical transmission parts.


Fastener & Hardware Manufacturing
Special screws, threaded inserts, nuts, collars, and custom fastening components.


Medical Device Components
Precision sleeves, instrument fittings, connectors, and small rotational parts.


Energy & Fluid Control
Pipe connectors, valve components, pump fittings, and flow-control parts.

 

product-1000-667

 

 

Controller & Component Options

 

Category

Available Options

CNC Controller

Siemens, FANUC, Mitsubishi, SYNTEC

Main Servo Motor

Siemens, FANUC, Mitsubishi, Yaskawa

Servo Drives

Siemens, FANUC, Mitsubishi, Yaskawa

Spindle Motor

Siemens, FANUC, Mitsubishi

Linear Guides

HIWIN, PMI, THK

Ball Screws

HIWIN, THK, NSK

Bearings

NSK, SKF, FAG

Hydraulic System

Yuken, Nachi, Parker

Lubrication System

Bijur Delimon, HERG

Coolant System

Standard Flood Coolant, High-Pressure Coolant

Chip Conveyor

Hinge Type, Scraper Type, Magnetic Type

Tool Holders

Standard Turning Holders, Quick-Change Tooling

Electrical Components

Schneider Electric, Siemens, Mitsubishi

Automatic Loading System

Gantry Loader, Bar Feeder, Robotic Loader

 

product-869-616

 

 

Customization Options

 

  • Workpiece-specific chuck and clamping solutions
  • Hydraulic, pneumatic, or customized fixture systems
  • Automatic bar feeder integration
  • Robotic loading and unloading systems
  • Gantry automation solutions
  • Customized tool layouts and tooling packages
  • Controller brand selection
  • Voltage and electrical standards for destination countries
  • High-pressure coolant systems
  • Automatic measuring and inspection systems
  • Chip conveyor type selection
  • Data communication and factory automation interfaces
  • Customized guarding and safety configurations

 

 

FAQ

 

Q: What is the typical lead time?

A: Standard configurations are typically delivered within 45–60 days. Customized projects usually require 60–90 days depending on specifications.

Q: Can the machine be integrated with automatic loading systems?

A: Yes. It can be configured with bar feeders, gantry loaders, robotic arms, and other automated material handling systems.

Q: What warranty is provided?

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

Q: What installation support is available?

A: Remote installation guidance is provided. On-site commissioning and operator training can be arranged when required.

Q: Are spare parts available after purchase?

A: Yes. Common spare parts are typically stocked, and long-term spare parts support is available.

Q: What packaging method is used for export shipments?

A: Machines are generally packed with anti-rust protection and fumigation-free plywood or steel-reinforced export packaging.

Q: What quality checks are performed before delivery?

A: Each machine undergoes assembly inspection, functional testing, machining verification, accuracy inspection, and continuous operation testing.

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