Dual Channel CNC Lathe

The Dual-Channel CNC Lathe is a precision machine tool designed to perform multi-process machining on complex rotational parts through dual spindles, dual turrets, and a dual-channel control system.

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Description

Technical Parameters

Product Overview

The Dual-Channel CNC Lathe is a precision machine tool designed to perform multi-process machining on complex rotational parts through dual spindles, dual turrets, and a dual-channel control system.

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Product Features

Two machining programs can run independently, allowing rough turning, finish turning, drilling, and threading operations to be executed within the same cycle.

After the main spindle completes the first operation, the sub-spindle automatically receives the workpiece and continues the reverse-side machining process.

Cutting, part transfer, and process handover are carried out simultaneously to reduce non-cutting idle time inside the machine.

The main spindle and sub-spindle utilize equivalent drive configurations, enabling the sub-spindle to perform deep-hole machining, large-pitch threading, and heavy-duty cutting operations.

Technical Specifications

Core Specification	Parameters
Control Architecture	Dual-Channel Independent Control (Supports 4-Axis Interpolation and Multi-Axis Overlapping Operations)
Max. Swing Diameter / Max. Turning Length	Φ400 mm / 350 mm
Main & Sub-Spindle Configuration	Dual Spindles with Equal Power Output (11 / 15 kW)
Turret Configuration	Dual Independent Servo Turrets (12+12 Stations)
CNC System	FANUC Dual-Channel Version / Siemens SINUMERIK ONE

Typical Machined Parts

Transmission Shafts
Input shafts, spline shafts, coupling shafts, and stepped shafts.

Hydraulic & Pneumatic Components
Valve spools, fitting bodies, piston rods, and precision connectors.

Motor Shaft Components
Motor shafts, encoder shafts, and EV drive shafts.

Precision Rotational Parts
High-volume rotational components used in automotive, hydraulic, and machinery manufacturing industries.

Project Implementation Support

Pre-Shipment Machine Testing
Each machine undergoes continuous operational testing and functional verification before shipment.

Compliance Documentation
CE certificates, electrical documentation, and export compliance files are available upon request.

Installation & Operator Training
Installation guidance, commissioning support, and operator training services are provided.

FAQ

Q: Can the two turrets interfere with each other during simultaneous machining?

A: No. The CNC system incorporates channel interlocks and collision-prevention functions to manage axis movements automatically.

Q: Will spindle performance be affected when both turrets are cutting at the same time?

A: No. The main spindle and sub-spindle are driven independently and deliver torque according to machining load requirements.

Q: How does the machine synchronize operations when the two channels have different cycle times?

A: The control system automatically coordinates machining sequences and synchronizes actions according to the programmed process flow.

Q: Is dual-channel programming more complex than programming a standard CNC lathe?

A: Dual-channel programming requires independent management of both machining channels. Modern CNC systems provide channel synchronization and graphical interfaces to simplify programming and debugging.

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