Turn Mill Center

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Turn Mill Center for Multi-Task Turning & Milling

Turn Mill Centers integrate turning and milling operations in a single CNC-controlled machining platform, allowing complex components to be completed with fewer setups and reduced workpiece handling. Configurations can combine turning, milling, drilling, tapping, and other machining operations according to part geometry, production volume, cycle-time targets, and required accuracy

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...
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Heavy-Duty Turn-Mill Machine
A 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...
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Precision Micro-Turning Machine
The Precision Micro-Turning Machine serves electronics component manufacturers, medical device suppliers, micro-motor producers, and precision hardware manufacturers machining 1–20 mm shafts,...
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High-Speed CNC Lathe
The High-Speed CNC Lathe is a production CNC turning machine for machining companies, component manufacturers, and industrial equipment suppliers.
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CNC Gear Hobbing Machines
CNC gear hobbing machines are industrial gear-cutting equipment for manufacturers, distributors, and machining companies. They produce cylindrical gears, helical gears, splines, and shaft-type...
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CNC Face Grinding Machine
The 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...
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Sub-Spindle CNC Lathe
The Sub-Spindle CNC Lathe is a CNC turning machine for half-shafts, pump shafts, spline shafts, and other parts requiring two-end machining.
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Dual-Spindle Turning Center
The 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...
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CNC Mill-Turn Lathe
A 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...
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Multi-tasking Machine Tool
The 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...
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Turn Mill Center with Y Axis
The CNC turn-mill center with Y axis combines turning and off-center milling in one machine setup for shaft components, drive parts, and other rotary workpieces requiring secondary milling...
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High Precision CNC Lathe
High Precision CNC Lathe is a CNC turning-milling machine with Y-axis interpolation, integrating turning and milling operations for high-accuracy machining of complex precision components in a...
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Key Technical Capabilities

Parameter / Configuration	Standard Turn-Mill	Y-Axis Turn-Mill	Sub-Spindle Multi-Task
Max. Turning Diameter / Length	Φ320 / 500 mm	Φ360 / 600 mm	Φ360 / 600 mm
Y-Axis Travel	N/A	±50 mm	±50 mm
Main / Sub-Spindle Speed	4,500 RPM	5,000 RPM	5,000 RPM / 6,000 RPM
Live Tooling Speed / Power	4,000 RPM / 3.7 kW	6,000 RPM / 5.5 kW	6,000 RPM / 5.5 kW
Turret / Tool Capacity	12-Position BMT55	12/16-Position BMT55	12-Position Dual Turret
Positioning / Repeatability	±0.005 mm / ±0.003 mm	±0.005 mm / ±0.003 mm	±0.003 mm / ±0.002 mm

Multi-Task Machining Capabilities

Turning + Milling Integration

Turning and milling can be performed within the same machining process, allowing rotational and non-rotational features such as shafts, flats, slots, contours, and threaded features to be completed without transferring the workpiece to a separate machine.

Multi-Axis & Multi-Side Machining

Y-axis, sub-spindle, and dual-spindle configurations support off-center and multi-side machining, reducing manual repositioning and secondary setups for complex components.

Complete-Part Machining

By combining turning, milling, drilling, tapping, and related operations in one connected process, Turn Mill Centers can reduce intermediate handling, shorten overall production cycles, and improve positional consistency between operations.

Turn Mill Center Range

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Turn-Mill & Multi-Tasking Machines

CNC Mill-Turn Lathe
Multi-tasking Machine Tool
Turn Mill Center With Y Axis
High-Precision Turning-Milling Machine
High-Rigidity Turning-Milling Machine

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Spindle & Production Configurations

CNC Lathe With Automatic Tool Changer (ATC)
Sub-Spindle CNC Lathe
Dual-Spindle Turning Center

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Speed, Precision & Heavy-Duty Configurations

High-Speed CNC Lathe
Heavy-Duty Turn-Mill Machine
Precision Micro-Turning Machine
High Precision CNC Lathe

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Specialized Machining Equipment

CNC Gear Hobbing Machines
CNC Face Grinding Machine

Typical Machined Parts

Shafts & Rotational Components

Shafts, sleeves, drive components, and other rotational parts requiring turning combined with milling, drilling, or tapping.

Flanges & Hubs

Flanges, hubs, mounting components, and connection parts requiring turning together with off-center holes, slots, or other milled features.

Hydraulic & Pneumatic Components

Valve bodies, fittings, connectors, and other components requiring multiple turning, drilling, tapping, and milling operations.

Automotive Powertrain Components

Shafts, hubs, transmission components, and other drivetrain parts requiring multiple machining operations across different surfaces.

Precision Mechanical Components

Small and medium-sized mechanical parts requiring controlled dimensional accuracy and repeatable multi-operation machining.

Complex Turned-Milled Parts

Components combining cylindrical surfaces with flats, slots, cross holes, threaded holes, or other complex features.

Machine Type Comparison

Machine Configuration	Primary Focus
Standard Turn-Mill	Turning + Milling
Y-Axis Turn-Mill	Off-Center Machining
Sub-Spindle Configuration	Multi-Side Machining
Dual-Spindle Configuration	Multi-Side Production
High-Speed Configuration	Shorter Cycle Time
High-Rigidity Configuration	Heavy Cutting
High-Precision Configuration	Tight Tolerances

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Applications

Automotive & Powertrain

Suitable for shafts, hubs, transmission components, and other automotive parts requiring multiple turning and milling operations.

Transmission & Gear Components

Supports complex rotational components requiring turning, drilling, milling, and specialized gear-related machining.

Hydraulic & Pneumatic

Suitable for valve bodies, fittings, connectors, and other components requiring accurate holes, threads, and turned surfaces.

Industrial Machinery

Provides flexible multi-operation machining for shafts, housings, brackets, flanges, and other machinery components.

Precision Engineering

Supports components requiring controlled dimensional accuracy, repeatability, and reduced setup variation.

Complex Metal Components

Suitable for parts combining rotational and non-rotational features that would otherwise require multiple machining setups.

Automation & Production Integration

Turn Mill Centers can be configured for automated material handling and connected production processes where higher throughput and reduced operator intervention are required.

Bar Feeding: Automatic bar feeding supports continuous turning production and reduces manual workpiece loading.
Workholding Fixtures: Fixtures can be configured according to workpiece geometry, clamping requirements, and machining sequence.
Automatic Tool Management: Turrets and automatic tool-changing systems support multiple machining operations within a programmed production cycle.
Sub-Spindle & Part Transfer: Sub-spindle configurations can transfer or reposition workpieces for second-operation machining with reduced manual handling.

Chip & Coolant Management

Chip conveyors and coolant systems help maintain stable cutting conditions during continuous machining.

Robotic Handling

Robotic loading, unloading, and part transfer can be integrated for repetitive production.

Production-Line Integration

Turn Mill Centers can be connected with upstream and downstream equipment as part of an automated manufacturing line.

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.

productcate-599-533

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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.

CNC Lathe With Automatic Tool Changer (ATC)

FAQ

Q: What is a Turn Mill Center?

A: A Turn Mill Center is a CNC machine that combines turning and milling operations within one machining platform, allowing complex components to be processed with fewer setups and less workpiece transfer.

Q: What is the difference between a CNC lathe and a Turn Mill Center?

A: A conventional CNC lathe primarily focuses on rotational turning operations, while a Turn Mill Center adds milling and other machining capabilities for features that cannot be completed efficiently through turning alone.

Q: What are the advantages of combining turning and milling?

A: Combining turning and milling can reduce workpiece transfers, secondary setups, handling time, and accumulated positioning variation while allowing multiple operations to be completed within one machining process.

Q: When is a Y-axis Turn Mill Center required?

A: A Y-axis configuration is useful when the component requires off-center milling, drilling, tapping, slots, flats, or other features that cannot be machined efficiently along the spindle centerline.

Q: What is the purpose of a sub-spindle?

A: A sub-spindle can hold or transfer the workpiece for second-operation machining, allowing additional surfaces or features to be processed with reduced manual repositioning.

Q: What is the difference between a sub-spindle and a dual-spindle machine?

A: A sub-spindle is commonly used for second-operation or opposite-side machining, while dual-spindle configurations can support more advanced multi-side or synchronized production processes depending on the machine design.

Q: What types of parts are suitable for Turn Mill Centers?

A: Turn Mill Centers are suitable for shafts, hubs, flanges, hydraulic components, automotive powertrain parts, precision mechanical components, and other parts combining rotational and non-rotational features.

Q: How does a Turn Mill Center reduce cycle time?

A: Cycle time can be reduced by completing multiple machining operations in one setup, minimizing workpiece transfers, reducing secondary operations, and using automatic tool changes, sub-spindles, or automated handling where appropriate.

Q: Can Turn Mill Centers be integrated into automated production lines?

A: Yes. Depending on the machine configuration, automation can include bar feeding, automatic loading and unloading, robotic handling, chip removal, tool management, and connection with upstream and downstream equipment.

Q: What information is required to recommend a Turn Mill Center?

A: Provide the workpiece drawing or 3D model, material, dimensions, rotational features, milling features, hole and thread requirements, required tolerances, production quantity, target cycle time, and automation requirements. These details allow the machine configuration to be evaluated against the complete machining process.

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