CNC Turning Machine
CNC Turning Machine for Precision Turning & Production Machining
CNC Turning Machines provide computer-controlled machining for cylindrical, conical, threaded, grooved, and other rotational features. The range covers flat-bed, slant-bed, vertical, and turn-mill configurations, allowing manufacturers to select turning equipment according to workpiece geometry, size, machining process, production volume, and required accuracy.
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![CNC Lathe with Automatic Tool Changer (ATC)]()
CNC Lathe with Automatic Tool Changer (ATC)CNC Lathe with Automatic Tool Changer (ATC) is designed for precision turning with automatic tool selection and tool changes. It supports multiple machining operations in one setup, reducing...read more -
![Heavy-Duty Turn-Mill Machine]()
Heavy-Duty Turn-Mill MachineA Heavy-Duty Turn-Mill Machine is a CNC machine tool that combines turning and milling functions in one machining platform, enabling multiple cutting operations on large workpieces within a single...read more -
![Precision Micro-Turning Machine]()
Precision Micro-Turning MachineThe Precision Micro-Turning Machine serves electronics component manufacturers, medical device suppliers, micro-motor producers, and precision hardware manufacturers machining 1–20 mm shafts,...read more -
![High-Speed CNC Lathe]()
High-Speed CNC LatheThe High-Speed CNC Lathe is a production CNC turning machine for machining companies, component manufacturers, and industrial equipment suppliers.read more -
![CNC Gear Hobbing Machines]()
CNC Gear Hobbing MachinesCNC gear hobbing machines are industrial gear-cutting equipment for manufacturers, distributors, and machining companies. They produce cylindrical gears, helical gears, splines, and shaft-type...read more -
![CNC Face Grinding Machine]()
CNC Face Grinding MachineThe CNC Face Grinding Machine provides precision single- and double-face grinding with a rigid machine structure and controlled cooling system, maintaining consistent flatness and parallelism...read more -
![Sub-Spindle CNC Lathe]()
Sub-Spindle CNC LatheThe Sub-Spindle CNC Lathe is a CNC turning machine for half-shafts, pump shafts, spline shafts, and other parts requiring two-end machining.read more -
![Dual-Spindle Turning Center]()
Dual-Spindle Turning CenterThe Dual-Spindle Turning Center transfers the workpiece automatically from the main spindle to the sub-spindle for front- and rear-side machining in one cycle. Its high-rigidity structure and...read more -
![CNC Mill-Turn Lathe]()
CNC Mill-Turn LatheA CNC Mill-Turn Lathe combines turning and milling operations in one machine, allowing rotational workpieces to be completed with multiple machining processes without transferring them between...read more -
![Multi-tasking Machine Tool]()
Multi-tasking Machine ToolThe Multi-tasking Machine Tool integrates turning, milling, drilling, and spline machining in one platform, completing multiple processes in a single setup to reduce workpiece transfers, minimize...read more -
![Heavy-duty CNC Inclined Rail Lathe]()
Heavy-duty CNC Inclined Rail LatheThe Heavy-Duty CNC Inclined Rail Lathe is a CNC turning machine featuring an integral cast iron slant bed and heavy-duty guide rails, providing high structural rigidity, vibration resistance, and...read more -
![CNC Inclined Bed Lathe]()
CNC Inclined Bed LatheCNC Inclined Bed Lathe combines a 30° integrated slant bed, high-rigidity structure, precision linear guides, ball screws, and servo turret for accurate machining, efficient chip removal, and...read more
Machine Configurations
|
Configuration |
Primary Focus |
Typical Requirement |
|
Flat Bed CNC Lathe |
Stable Turning |
Large or conventional turned parts |
|
Slant Bed CNC Lathe |
Rigidity & Productivity |
General production and heavy-duty turning |
|
Vertical CNC Lathe |
Large-Diameter Turning |
Discs, sleeves, flanges, and large rotational parts |
|
Turn Mill Center |
Turning + Milling |
Complex parts requiring multiple machining operations |
|
Spindle Configuration |
Multi-Side Machining |
Second-operation or multi-side production |
|
Tooling Configuration |
Machining Flexibility |
Multiple turning and auxiliary operations |
|
Automation Configuration |
Production Efficiency |
Repetitive or continuous production |
CNC Turning Machine Range
1.Turn Mill Center
CNC Lathe With Automatic Tool Changer (ATC)
Heavy-Duty Turn-Mill Machine
Precision Micro-Turning Machine
High-Speed CNC Lathe
Sub-Spindle CNC Lathe
Dual-Spindle Turning Center
CNC Mill-Turn Lathe
Multi-tasking Machine Tool
Turn Mill Center With Y Axis
High Precision CNC Lathe
High-Precision Turning-Milling Machine
High-Rigidity Turning-Milling Machine
Slant Bed Lathe
- Heavy-duty CNC Inclined Rail Lathe
- CNC Inclined Bed Lathe
Flat Bed CNC Lathe
- Flat Bed Lathe Machine
Vertical CNC Lathe
- CNC Vertical Turning Lathe Machine
- Small Vertical Lathe
Specialized Machining Equipment
- CNC Gear Hobbing Machines
- CNC Face Grinding Machine
Turning Process
External Turning
External turning machines the outside diameter of shafts, pins, sleeves, and other rotational components to achieve required dimensions and surface conditions.
Internal Turning & Boring
Internal turning and boring produce controlled internal diameters and cylindrical surfaces where bore dimensions, depth, and concentricity are important.
Grooving & Threading
Grooving and threading create specified grooves and internal or external threads according to component geometry, thread size, pitch, and tolerance requirements.
Facing & Combined Turning
Facing, step turning, taper turning, and related operations can be combined within the same CNC process to reduce secondary machining and improve production consistency.
CNC Turning Equipment Selection
Machine Type Comparison
|
Machine Type |
Primary Focus |
Best Suited For |
|
Flat Bed CNC Lathe |
Stable Turning |
Large or conventional turned parts |
|
Slant Bed CNC Lathe |
Rigidity & Productivity |
General production and heavy-duty turning |
|
Vertical CNC Lathe |
Large-Diameter Turning |
Discs, sleeves, flanges, and large rotational parts |
|
Turn Mill Center |
Turning + Milling |
Complex parts requiring multiple machining operations |
|
Specialized Equipment |
Process-Specific Machining |
Gear hobbing and precision face grinding |
Key Selection Factors
Define the Workpiece
Start with workpiece diameter, length, weight, geometry, material, and required machining features. These factors determine the machine structure, working envelope, spindle capacity, and workholding configuration.
Match the Turning Process
Define the required operations, including external turning, internal turning, boring, facing, grooving, threading, milling, or multi-side machining. The process determines whether a conventional CNC lathe or a more advanced turn-mill configuration is required.
Match Production & Performance Requirements
Production volume, target cycle time, cutting load, dimensional tolerance, and automation requirements determine the required spindle performance, machine rigidity, tooling, accuracy, and production configuration.
Machine Configuration & Automation
Machine Structure
Flat-bed, slant-bed, and vertical configurations can be selected according to workpiece size, geometry, loading method, rigidity requirements, and machining orientation.
Spindle & Tooling
Single-spindle, sub-spindle, dual-spindle, turret, automatic tool changer, and live tooling configurations can be matched to the required machining operations and production process.
Multi-Axis & Multi-Task Machining
Y-axis and multi-axis configurations support off-center milling, drilling, tapping, and other additional operations, while turn-mill configurations can reduce secondary setups for complex parts.
Automation & Material Handling
Bar feeders, automatic loading and unloading, robotic handling, chip conveyors, coolant systems, and production-line integration can be configured for repetitive or continuous production.
Manufacturing Capabilities & Quality Assurance
15+ Years of Machine Tool Expertise
Specializing in CNC gear hobbing machines,CNC lathes, machining centers, and automated production lines to meet different workpiece and machining requirements.
20,000 m² In-House Manufacturing
Equipped with CNC gantry miling machines,guideway grinding machines, CNC boring machines, and other production equipment to maintain direct control over key manufacturing and assembly processes.
ISO 9001 & High-Tech Enterprise
Operating under an ISO 9001 quality management system and supported by 12 utility model patents as a National High-Tech Enterprise and Technology-Based Enterprise.
Application-Proven Performance
Equipment is used for automotive power train components, transmission gears, drive shafts, motor shafts, spline shafts, and other precision-machined components.
Turnkey Engineering & After-Sales Support
Process & Production-Line Support
Engineering assistance covering equipment selection, process planning, tooling and cutting-tool configuration, and automated production-line layout.
Rapid 24-Hour Service Response
Technical support from installation through operation. When an issue cannot be resolved remotely, an on-site arrival time is provided within 24 hours.
FAQ
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