Email: engineer@mncnc.com
Would you like to get a free CNC solution from Minnuo?

Processing Technology

Material

Number of axes

≤200mm
≤50mm
CNC Metal Lathe Manufacturer
MINNUO adheres to the concept of "Good lathes originate from excellent manufacturing" and deepens its presence in the mechanical manufacturing field. The company owns an 80,000㎡ modern production base, with 5,000 employees including 1,200 professional engineers, laying a high-quality manufacturing foundation through talent and facilities. MINNUO implements the 6S management system, reconstructs workshop layouts, and optimizes processes. Through the management of sorting, straightening, cleaning, sanitizing, literacy, and safety, it enhances production efficiency, on-site organization, and quality control capabilities, stepping towards high-quality development and shaping a quality model in the manufacturing industry.
×
cnc industry solutions
mcahining solutions
autimayion solutions
autimayion solutions
autimayion solutions
MINNUO is equipped, in terms of equipment configuration, with 7 Okuma gantry pentahedron machining centers (Japan), 6 Doosan horizontal machining centers (Korea), 5 WELE gantry milling machines (Taiwan), and introduces advanced processing equipment from top international brands like Haas (USA), DMG MORI (Germany), and Mazak (Japan). Moreover, over 100 types of other advanced mother machines constitute a complete equipment system to guarantee production precision and efficiency.
Sort

Remove unnecessary items from the workspace to streamline operations and reduce clutter.

Set in Order

Arrange tools and materials logically for quick access and efficient workflows.

Shine

Keep machines and work areas clean to reduce malfunctions and maintain quality standards.

Standardize

Establish clear procedures and visual controls to ensure consistent operations.

Sustain

Promote discipline and continuous improvement through regular training and team engagement.

Safety

Implement preventive measures to protect workers and maintain stable, uninterrupted production.

CNC Lathe Machine Types
MNF-6152E
High Rigidity Flat-Bed CNC Lathe Machine
Core Function
One-piece casting bed supports high-intensity cutting
Control System
Fanuc, Siemens, GSK
Key Configuration
High-power motor, multi-station turret, high-intensity hard rail
Advantage
Support customization, high cost performance
MNT50Y
Slant-Bed CNC Turning & Milling Center
Stable
High-strength one-piece slant bed
Precise
0.001° true indexing C-axis, eliminating secondary setup
Convenient
Y-axis + dual spindles, synchronous completion of turning and milling processes for complex parts
Efficient
Horizontal power tool turret, tool change in seconds
MN61630
Heavy-Duty CNC Lathe
Four-Rail Bed Design
Rigid integral bed with four guide rails ensures high stability during heavy cutting
Durable Guideways
Medium-frequency quenched and precision-ground guideways provide excellent wear resistance and long service life
Versatile Material Adaptability
Capable of processing ordinary steel, forged steel, cast iron, high-speed steel, and high-chromium steel with HSS or carbide tools
High-Rigidity Spindle Structure
Through-shaft spindle with dual-support design enhances rigidity and machining precision
Main Compents of cnc metal lathe
Low vibration
high rigidity bed design
The high-strength, integrated 45° slanted bed design ensures maximum stability during cutting. It is specifically designed for heavy-duty cutting with high precision and rigidity. Low temperature buildup makes it an ideal choice for long-duration continuous processing.
High rigidity
high efficiency spindle
The next-generation high-rigidity, high-precision spindle unit ensures superior performance, offering both high rigidity and accuracy for optimal cutting efficiency.
High rigidity
high precision roller linear guide
Designed for superior rigidity and precision, the roller linear guide ensures smooth and accurate movement during operation.
Hydraulic tailstock
The high-rigidity hydraulic tailstock eliminates concerns about workpiece wobbling, enabling powerful cutting capabilities.
Servo hydraulic turret
Number of tools8T/12T
Adjacent tool change speed0.45
Servo motor speed3000rpm
Y-axis power turret
Number of tools12T
Y-axis travel±45mm
Servo motor speed0.75kw
Power turret
Number of tools12T
Maximum output torque of power motor25/40nm
Maximum speed of power motor5000rpm
High rigidity high efficiency spindle
Maximum spindle speed
How Does Our CNC Metal Lathe Work?
×
CNC Lathe CK6180
Overall high rigidity design, challenging the processing of 7mm on one side at a time
×
CNC Lathe MNT50Y
Three-axis machining of impellers
×
CNC Lathe MN700D
Dual spindles for non-stop part removal
×
CNC Lathe MNT62E
Demonstration of knurling
×
What can we do for you?
Ensuring exceptional machining performance.
Regular maintenance
Customized machine tool design (system, spindle, power, etc.)
Professional on-site installation and commissioning
Original spare parts supply
Cooperation Cases
5 Turn-Mill Centers Delivered
Malaysia
A Malaysian client purchased 5 turn-mill centers for factory upgrades. They visited for on-site inspection and were satisfied with our quality and service. All machines passed acceptance and were successfully delivered.
Strategic Partnership Secured
South Korea
A Korean client visited us for in-depth cooperation and successfully placed a major order. The partnership reflects strong trust in our technology, manufacturing strength, and service capabilities.
Gantry Machining Center Delivered
Singapore
A Singaporean client ordered a gantry machining center to enhance their production capacity. The machine has been successfully delivered and well received.
50% Off on Our CNC Turning & Milling Combo Machines – Inquire Now for Exclusive Pricing!
Get in touch with us today and secure a 50% discount on our high-performance turning and milling combo machines! Don't miss out on this unbeatable offer – it's your chance to elevate your machining capabilities while saving big!
Contact Us
How to choose the right CNC metal lathe？
1
Does your industry require high precision?
For aerospace, medical, or mold industries, choose machines with a rigid structure, precision ball screws, and 0.001° C-axis. For general metalworking, standard models offer better cost-performance.
2
What's the size of your workpieces?
For aerospace, medical, or mold industries, choose machines with a rigid structure, precision ball screws, and 0.001° C-axis. For general metalworking, standard models offer better cost-performance.
3
How complex are your machining processes?
Tight on space? Compact slant-bed models minimize footprint. If you plan to add automation later, open-layout machines offer better expandability.
4
Is your floor space limited?
For aerospace, medical, or mold industries, choose machines with a rigid structure, precision ball screws, and 0.001° C-axis. For general metalworking, standard models offer better cost-performance.
5
What's your production volume and cycle time goal?
For high-volume production, choose models with dual spindles, auto tool changers, and bar feeders. For small batches and frequent changeovers, flexibility and quick setup are key.
Frequently Asked Questions

Our smart monitoring system allows you to track real-time operating status, detect anomalies early, and plan preventive maintenance — reducing unexpected downtime and repair costs.

The system collects operational data (vibration, temperature, runtime, etc.) and uses algorithms to forecast potential part failures, allowing early intervention and spare parts preparation.

Yes, our smart machines support standard industrial protocols (e.g. OPC UA, Modbus TCP) and can be integrated into your factory's digital systems for centralized management.

We offer remote diagnostic support, quick response from our global service team, and pre-shipped spare parts based on predictive data — ensuring minimum downtime.

Not at all. Our machines come with a user-friendly interface, and we provide full training (online or on-site) to ensure your team can operate and benefit from smart features easily.

While there is a small additional cost for the smart module, it typically pays for itself within months by reducing unexpected failures and improving overall productivity.

For standard models, we deliver in 30–40 working days. For customized machines or those with driven tools or Y-axis, delivery time is typically 45–60 working days.