Enhance your manufacturing skills with modern CNC lathes, which offer the highest precision, reliability, and productivity for today's industrial applications.
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CNC Lathe Machine
Top CNC Lathe Machine Manufacturers and Supplier in China
- Precision Tolerance : ±0.001"
- Faster Production: 75%
High-Performance CNC Lathe Machines for Unparalleled Efficiency
- Leading CNC Lathe Machine: To upgrade manufacturing processes for precision, flexibility, and durability.
- Completely geared for Automation: The biggest change that automated machining has ever known.
- Takes Complex Jobs: Working side by side in all manual machining for complicated designs and large-volume production.
- Save time & Accuracy: Less setup time, more precision in operations.
- Complete Automation：24/7 unmanned operation with automatic bar feeders, tool changers, and intelligent monitoring. Reduce labor dependency while maintaining consistent quality around the clock.
Advanced CNC Lathe Features
Cutting-edge technology designed for modern manufacturing demands with superior precision and reliability
Advanced CNC Control
Cutting-edge CNC systems with user-friendly programming interfaces and monitoring capabilities for peak performance.
Unmatched Precision
Achieve +/- 0.001" tolerance with precision spindles and rigid machine construction, ensuring the outcome quality time after time.
Fully Automated
Work cycle running 24/7 unmanned, with an automatic tool changer, bar feeder, and intelligent monitoring systems to make the most out of productivity.
High-Speed Machining
Variable speeds of up to 6,000 rpm, with fast traverse rates to guarantee quicker cycle times and enhance throughput.
Milling Tools
Multi-station tool capable of live tooling for turning, milling, drilling, and threading operations in one single setup.
IoT Integration
Multi-station tool capable of live tooling for turning, milling, drilling, and threading operations in one single setup.
Manufacturing Challenges Holding You Back?
Modern manufacturers face increasing demands for precision, efficiency, and cost control. Traditional solutions fall short.
Precision & Tolerance Issues
Can't keep tight tolerances consistently? Tool wear, thermal expansion, and mechanical vibrations break down part quality and increase rejection rates.
Excessive Downtime
Setup times averaging 40% of production time, unexpected breakdowns, and lengthy tool changeovers kill productivity and profitability.
Programming & Setup Complexity
Complex programming errors, difficult troubleshooting, and steep learning curves for operators slow down operations and increase costs.
Rising Operational Costs
Tool wear, waste of material, and energy consumption, as well as a lack of higher-skilled labor, make manufacturing costs increase, squeezing the margins.
Limited Production Flexibility
Difficulty in switching among different part geometries, batch sizes, and materials without taking much time for reconfiguration.
Quality Control Challenges
Inconsistent surface finishes, dimensional variations, and lack of real-time monitoring equate to defects and customer complaints.
Revolutionary CNC Lathe Technology
Our 2025 advanced CNC lathe machines integrate cutting-edge technology to eliminate traditional manufacturing bottlenecks
🤖 AI-Powered Adaptive Machining
Real-time changes in manufacturing enable a 40% reduction in setup times and preserve quality across production runs.
- Intelligent feed rate optimization.
- Instrumental tool wear prediction.
- Automatic parameter adjustment.
- Machine learning from production data.
⚡Multi-Axis Precision-Motion Control
5-axis and 7-axis operations produce complex geometries in one setup instead of having to do it through multiple machine setups.
- Multiple-angle machining simultaneously
- Sub-micron accuracy for positioning
- Advanced-based feedback system
- Closed-loop precision control
📱Intuitive Programming Interface
Operator’s touch controls are much easier to use and program, as computer programming reduces the time it takes for the operator to learn and lowers setup complexity.
- Visual programming environment
- Pre-configured machining templates
- Automatic toolpath generation
- Real-time simulation preview
🔄Automated Tool Management
Certain operations utilize high-speed tool changers and automation systems to access tool stations as needed, thereby minimizing machine downtime during tooling and allowing the machine to run unattended.
- More than 80 tools in the capacity in tooling systems
- Robotic handling of workpieces
- Automatic tool length measurement
- Run unattended for days
🌱 Eco-Design Energy-Efficient
2025 environmentally conscious technological innovations reduce energy consumption, and at the same time adhere to stringent environmental regulations.
- 50% less energy consumption
- Renewable energy compatibility
- Optimized coolant systems
- Waste heat recovery
📊 IoT & Real-Time Monitoring
Connected systems give instantaneous insight into the environment for machine performance, interesting tool conditions, and production metrics.
- Predictive maintenance alerts
- Real-time performance dashboards
- Remote monitoring capabilities
- Production analytics reporting
High-Quality CNC Lathe Machine for Sale
Designed for precision, efficiency, and durability. Ideal for complex machining tasks, offering reliable performance.
| Equipment Picture | Machine Type | Equipment Model | HS Code | Price in Usd (Fob Shanghai) | Equipment Parameters |
|---|---|---|---|---|---|
 | Slant Bed CNC lathe | 235 LANCEN | 8458110090 | 43819 USD/set | More Details |
 | CNC Lathe | CK6130 | 8458110090 | 8050 USD/set | More Details |
 | CNC Lathe | CK6140x500 | 8458110090 | 11750 USD/set | More Details |
 | CNC Lathe | CK6150 | 8458110090 | 52350 USD/set | More Details |
| Horizontal CNC lathe | CK6152E | 8458110090 | ***** USD/set | More Details |
 | CNC Lathe | CK6160*1500 | 8458110090 | 14800 USD/set | More Details |
 | CNC Lathe | CK6160*1000 | 8458110090 | 84240 RMB/set | More Details |
 | Horizontal CNC lathe | CK6165E | 8458110090 | ****** USD/set | More Details |
 | Horizontal CNC lathe | CK6185E | 8458110090 | ****** USD/set | More Details |
 | CNC Lathe | CK61100 | 8458110090 | 52350 USD/set | More Details |
 | CNC Lathe | CK61125E | 8458110090 | 52350 USD/set | More Details |
 | Turning and Milling Compound CNC lathe Machine | CTX200S | 8458110090 | ****** USD/set | More Details |
 | CNC Lathe | H32i | 8458110090 | 59750 RMB/set | More Details |
 | Turning and Milling Compound CNC lathe Machine | TCK25Y | 8458110090 | ****** USD/set | More Details |
 | Slant Bed CNC Lathe | TCK36A | 8458110090 | 17,500USD/set | More Details |
 | Slant Bed CNC lathe | TCK46A | 8458110090 | ****** USD/set | More Details |
 | Slant Bed CNC lathe | TCK50A*800 | 8458110090 | 361800 RMB/set | More Details |
 | Duplex Machine with Truss Slant Bed CNC lathe | TCK50A*500 and TCK50Y*400 | 8458110090 | ****** USD/set | More Details |
 | Slant Bed CNC lathe | TCK50A*1500 | 8458110090 | 48900 USD/set | More Details |
 | Slant Bed CNC lathe | TCK50A*800 | 8458110090 | 33000 USD/set | More Details |
 | Slant Bed CNC lathe | TCK50A*1500 | 8458110090 | 48900 USD/set | More Details |
 | Slant Bed CNC Turning milling Lathe Machine | TCK50AY*500 | 8458110090 | ****** USD/set | More Details |
 | Slant Bed CNC lathe | TCK50AY*500 | 8458110090 | ****** USD/set | More Details |
 | CNC Lathe | TCK56A | 8458110090 | 52350 USD/set | More Details |
 | CNC Lathe | TCK66A | 8458110090 | 52350 USD/set | More Details |
 | CNC Lathe | TCK6340 | 8458110090 | 52350 USD/set | More Details |
 | CNC Lathe | TCK6340S | 8458110090 | 52350 USD/set | More Details |
 | CNC Lathe | TCK6350 | 8458110090 | 52350 USD/set | More Details |
Choosing the Right CNC Lathe
Specifications to Consider
Consider spindle speed (RPM) for material handling and finishing, chuck diameter, and the length of the z-axis for workpiece size when selecting a CNC lathe. Key specifications will include the number of axes for operation complexity, as well as features such as live tooling and automation, to increase versatility and productivity.
Used CNC Lathes vs. New Models
- A used CNC lathe is a budget tool for smaller operations or for prototyping, whereas a new one is fitted with all the latest technology and features.
- Newer models offer better automation, higher precision, highly interactive interfaces, and enhanced support for programming.
- Compare investments against satisfaction factors such as maintenance and upgrade opportunities.
CNC lathe machine diagram
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CNC Lathe Machine Technical Specifications
| Category | Specification | Details |
|---|---|---|
| Machine Dimensions | Overall Length | 4,200mm (165.3″) |
| Overall Width | 2,800mm (110.2″) | |
| Overall Height | 2,400mm (94.5″) | |
| Machine Weight | 12,500kg (27,558 lbs) | |
| Working Envelope | Max Turning Diameter | Ø500mm (19.7″) |
| Max Turning Length | 1,500mm (59.1″) | |
| Chuck Size | Ø315mm (12.4″) | |
| Bar Capacity | Ø80mm (3.15″) | |
| Spindle Performance | Max Spindle Speed | 6,000 RPM |
| Spindle Motor Power | 37kW (50 HP) | |
| Max Torque | 2,400 Nm | |
| Spindle Bearing | High-precision angular contact | |
| Axis Specifications | X-axis Travel | 350mm (13.8″) |
| Z-axis Travel | 1,520mm (59.8″) | |
| Rapid Traverse (X/Z) | 24/30 m/min | |
| Positioning Accuracy | ±0.005mm (±0.0002″) |
| Feature | Details |
|---|---|
| Control Type | Advanced 32-bit CNC |
| Display | 21″ Color Touchscreen |
| Memory Capacity | 8GB Program Storage |
| Simultaneous Axes | Up to 12-axis control |
| Programming Language | G-code, Conversational |
| CAM Integration | Direct CAD/CAM import |
| Simulation | 3D real-time machining |
| AI Optimization | Automatic toolpath tuning |
| Network Interface | Ethernet, WiFi 6 |
| IoT Capability | Industry 4.0 ready |
| Remote Access | VPN secure connection |
| Data Logging | Real-time analytics |
| Category | Specification |
|---|---|
| Tool Turret | |
| Tool Stations | 20 positions (expandable to 40) |
| Tool Change Time | 1.5 seconds chip-to-chip |
| Max Tool Weight | 8kg per station |
| Tool Identification | RFID automatic recognition |
| Live Tooling | |
| Live Tool Stations | 12 driven tool positions |
| Milling Spindle Speed | 4,000 RPM max |
| Milling Motor Power | 7.5kW (10 HP) |
| C-axis Resolution | 0.001° positioning |
| Workholding | |
| Chuck Type | Hydraulic 3-jaw |
| Clamping Force | 60kN maximum |
| Tailstock | Programmable NC tailstock |
| Part Catcher | Automatic with conveyor |
| Category | Specification |
|---|---|
| Accuracy & Precision | ±0.002mm (±0.00008″) |
| Surface Finish | Ra 0.1μm achievable |
| Geometric Tolerance | ±0.005mm roundness |
| Thermal Stability | ±0.003mm/°C |
| Production Rates | |
| – Cycle Time Improvement | Up to 50% reduction |
| – First Pass Yield | 99.5% typical |
| – Tool Life Extension | 300% improvement |
| – Uptime | 99.2% availability |
| Power & Environment | |
| – Total Power | 65kW connected load |
| – Air Consumption | 200 L/min @ 6 bar |
| – Coolant Capacity | 800L tank with filtration |
| – Noise Level | <75 dB(A) operation |
Industries We Serve
Versatile Applications Across Industries
From aerospace components to medical devices, precisely one machine—and endless possibilities.
Why Choose Our CNC Lathe Machine
- A background of 25+ years in CNC technology and 50+ patents; R&D account for 15% of total revenue.
- Operations in over 40 countries; support and part replacements are available 24/7 with a maximum turnaround time of 2 hours.
- Made a swift 6 months of payback, boosting productivity to 50-80%, provided training, and local service for uptime.
- ISO certified; 100 percent machine testing; 3 years warranty for reliable high-quality performance.
What Our Client Says
Some feedback from real manufacturing leaders who went about transforming their operations
AI-based programming has yielded a 60% reduction in setup time and has eliminated programming errors. The ROI was achieved after eight months."
Michael Chen
Production Manager, AeroTech Industries
Surface finish quality has now improved significantly, and we are attaining Ra 0.1μm consistently, which was simply not possible on our old machines.
James Thompson
Quality Engineer, Automotive Precision Ltd
Expert Guides to CNC Lathe Machine
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Ready to Transform Your Manufacturing?
In a nutshell, join the thousands of manufacturers who have transformed their operations through the use of our precision CNC lathe machines. Request a custom quote and see how we can help increase productivity.
Frequently Asked Questions
A CNC Lathe Machine: What Is It?
A CNC lathe is a computer-controlled tool used for shaping and machining materials, mostly metals or plastics. The workpiece is rotated against a stationary cutting tool. CNC lathes, with their high automation and precision, are capable of manufacturing intricate designs and prototypes.
How Does the CNC Lathe Operate?
A CNC lathe works by using a rotating spindle to hold and turn the workpiece. The cutting tool, on its part, is moved through its program along various axes, such as X, Y, and Z, to perform operations like turning, drilling, and threading, among others. This enables the machine to achieve high levels of accuracy and repeatability.
What Are the Key Specifications of CNC Lathes?
The key specifications of CNC lathes are, for example, swing diameter, spindle speed (RPM), axis movement capabilities, and tooling system. Thus, machines like the 8L CNC lathe might have specifications uniquely suited for small parts manufacturing, while high-performance CNC turning centers are indeed able to handle specifications robust enough for larger workpieces.
What Is the Future of Automation for CNC Lathes?
Currently, automation enhances productivity and efficiency in CNC lathes. Most CNC lathes are equipped with automatic tool changers, bar feeders, and loaders that enable smooth production runs. This tuition greatly reduces manual intervention, hence creating a higher output and standardized quality in manufacturing processes.
What are the Various Advantages of Using a CNC Turning Center?
The advantages of these CNC turning centers are essentially versatility and the ability to perform various machining operations in one setup. They come in handy with live tooling capabilities that allow milling and drilling operations to be performed with turning. This need meets the reduction of multiple machines, thereby enhancing workflow.
Can You Explain the Various Types of CNC Lathes?
There are several types of CNC lathes, including automatic lathes, dual-spindle lathes, and production lathes. All serve different manufacturing needs, ranging from high-volume runs to intricate prototype developments. For instance, dual-spindle lathes can perform simultaneous machining operations for enhanced efficiency and reduced cycle times.
What Is Live Tooling on a CNC-Lathe?
Live tooling is the ability of the CNC-lathe to work with rotary tools while the spindle is rotating. Hence, operators can perform milling operations on the lathe, ensuring the machines’ versatility. It also enhances the complexity of the parts that can be produced through live tooling to allow for intricate designs.
How Does a CNC Lathe Guarantee Precision in Manufacturing?
Precision is ensured by CNC lathes through the use of computer numerical control, which enables the precise programming of machining paths. Rigid construction, linear guides, and high-tolerance spindles ensure that the machine remains precise and stable during the machining process, allowing for high-quality finished products.
What Should You Consider While Buying Used CNC Lathes?
When considering the purchase of used CNC lathes, key considerations include the machine’s condition, specifications, and additional features it can offer. Preparing yourself for such a purchase by looking for wear and tear, maintenance history, and verifying the requirements of manufacturing will help you make a better decision.