CNC Turning Machines

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Description

High-Speed CNC Turning Machines-Grand One-Stop CNC Machine Tools Solutions .

CNC turning machine is a high-precision CNC machine that integrates turning of cylindrical, conical, threaded, and complex curved surfaces, with optional milling. It serves automotive, aerospace, medical, electronics, and mold making. Its core advantage: completing multiple operations in one setup, reducing handling and cycle times, ensuring batch consistency and excellent finish, while enabling automated and flexible manufacturing.

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model

Models Option .

We can offer the following CNC turning machine models for you to choose

Capabilities

Features .

One‑Setup Multi‑Process Turning

Complete multiple turning operations—including cylindrical, conical, threaded, and complex curved surface machining—in a single workpiece setup, drastically reducing handling and repositioning time.
Overload & Breakage Protection

Equipped with intelligent load monitoring and servo torque control, the system automatically detects abnormal cutting forces to prevent tool breakage and protect the spindle.
High‑Efficiency Machining

Multi‑axis linkage and rapid indexing enable continuous, high‑speed cutting, significantly shortening cycle times and boosting overall production throughput.
Increased Production Capacity

Compatible with bar feeders, gantry loaders, and robotic arms for unattended operation. Optional multi‑spindle or twin‑spindle configurations further enhance mass‑production capability.
Personalized Customization

Tailored solutions available for semi‑automatic and fully automatic turning cells, with customized fixturing, tooling, and automation packages designed to meet specific customer part requirements.
Advanced CNC Control System

Powered by industry‑leading CNC systems (Fanuc, Siemens, or YS‑S800), featuring high‑speed data processing, high‑stability performance, and exceptional contouring accuracy for 3D machining processes.
High‑Rigidity Spindle & Precision Guideways

The heavy‑duty spindle delivers high torque and a maximum speed of up to 6,000 rpm with 15kW power, enabling efficient heavy‑cutting and finishing. Precision linear guideways and ballscrews ensure outstanding positioning accuracy and long‑term reliability.

structure

Turning Machine Structural Characteristics .

Extended Z‑Axis Stroke

The Z‑axis features an effective stroke of up to 600mm, accommodating longer shaft workpieces. The distance between spindle nose and tailstock allows flexible mounting of various tooling and fixtures without compromising rigidity

High‑Rigidity Bed Structure

The machine base adopts a heavy‑duty cast iron construction with ribbed reinforcement, ensuring excellent vibration damping and long‑term stability. The inclined bed design (30°/45°/60° available) facilitates smooth chip evacuation and reduces thermal deformation

Saddle

Bearing mounting positions integrally cast as one piece

Powerful Motor

A2‑5 spindle fitted with 180 mm flange; A2‑6 spindle fitted with 230 mm flange

Configuration

Configuration Center .

#	Standar	Option
1	Safety Door	Optical Linear Scale
2	Automatic Lubrication System	Chip Conveyor System
3	Fully Enclosure Guard	Tool Breakage Probe
4	Rigid Tapping	Oil Skimmer
5	Heat Exchange for Electric Cabinet	Oil Mist Collector
6	Coolant Tank & Chip Tray	Workpiece& Tool Probe
7	Dual LED Work Light	CTS
8	LED 3 Color Warning Light	Rotary Table
9	Spindle Oil Cooler
10	Spindle Nose Air Blow
11	Leweling Bolits and Pads
12	M30 Auto Off

competencies

Advantages .

First of all, traditional manual lathes rely heavily on operator experience for precision and consistency, with processing speeds and complexity limited by human operation. While they are capable of basic turning tasks, they struggle with high-volume production, complex geometries, and maintaining tight tolerances over long runs.

The CNC turning machine is a significant evolution from conventional lathes. It integrates advanced servo control, automated tool changing, and precision linear guides to deliver superior machining accuracy, repeatability, and surface finish—all while significantly reducing cycle times. Furthermore, CNC turning centers can be configured with live tooling, Y-axis capability, and sub-spindles to accommodate a wide range of part complexities. Compared to traditional lathes, they offer unmatched flexibility for diverse manufacturing needs. Further advantages are listed below:

Improve Processing Efficiency

The CNC turning machine combines multiple operations—such as turning, facing, grooving, threading, and (with live tooling) milling and drilling—into a single setup. This eliminates manual tool changes and part repositioning, drastically reducing idle time and improving overall throughput.
Easy To Install, Easy To Operate

Modern CNC turning machines feature intuitive graphical interfaces and conversational programming, reducing the learning curve for operators. Their compact and rigid structure ensures stable machining, while quick-change tool holders and preset tool offsets allow for rapid job changeovers with minimal downtime.
Improve Production Consistency and Quality

By automating the entire machining process, CNC turning machines eliminate human error and ensure every part meets the same high standard of precision. With high-precision spindle control and closed-loop feedback systems, they deliver exceptional surface quality and dimensional accuracy, making them ideal for both prototype development and mass production.