CNC Machine

Estimated CNC Turning Center Cost

Control system

Axes

Workplece length （1000-1500mm）

≤1000mm

Workplece dlameter（550-800mm）

≤550mm

Not sure which system fits your process?

Contact our engineers for a free consultation and selection guide.

Hot-Selling CNC Turning Center Models

MNT-63Y

Built for large-diameter parts and continuous production. Reinforced structure ensures rigidity and accuracy in long-term operation.

Chuck size

15“

Max.turning length

850mm

Max.turning
diameter

550mm

Max.workpiece
swingdiameter

830mm

MNT-50Y

Balanced performance for automotive and industrial components. Handles both heavy-duty turning and complex multi-axis operations with stability.

Chuck size

10“

Max.turning length

800mm

Max.turning
diameter

640mm

Max.workpiece
swingdiameter

380mm

MNT-25Y

Ideal for small and medium precision parts. Compact structure with high-speed turning and Y-axis milling capability for flexible machining.

Chuck size

6“

Max.turning length

235mm

Max.turning
diameter

510mm

Max.workpiece
swingdiameter

150mm

Not sure which system fits your process?

Contact our engineers for a free consultation and selection guide.

Pre-shipment Testing and
Acceptance

Standalone Demonstration

Video Before Delivery

Detailed information about CNC Turning Center

Inclined Bed Frame Design

The inclined bed CNC lathe features a 30° inclined guide rail design. Its bed is a right-angled triangle structure, offering greater bending and torsional rigidity than a flat bed, providing stable support for heavy-duty cutting. Its tilted layout naturally optimizes chip removal, preventing chip accumulation and effectively preventing thermal deformation from affecting precision, ensuring consistent batch processing.

Core clamping solution for high-precision machining

The hydraulic chuck features a fully enclosed structure and offers a clamping accuracy of up to 0.01mm. Its rapid clamping and releasing capabilities significantly reduce material changeover time and support automated production. Its special dust-proof design and long-lasting lubrication ensure a service life of over five years.

12-station powered turret

Utilizing a servo drive and end-gear positioning mechanism, tool changes are as fast as 0.9 seconds, with repeatability accuracy reaching ±0.003mm, ensuring efficient and stable machining. The built-in powered spindle has a maximum speed of 6000 rpm (some models can reach 10,000 rpm).

Programmable Hydraulic Steady Rest

A hydraulic system enables automatic centering and clamping, achieving centering accuracy within 0.01mm and repeatability within 0.005mm. It effectively supports complex workpieces such as slender shafts and hollow parts. Its programmable function allows linkage with the machine tool's NC system to automatically clamp, release, and follow the tool, enabling continuous multi-step machining without secondary clamping.

Spindle unit with brake

An integrated electromagnetic brake triggers the mechanical brake the moment the spindle stops, achieving millisecond-level rigid locking, effectively eliminating spindle inertia drift and ensuring indexing accuracy of ±0.001°. A hydraulically driven diaphragm clamps the inner ring, resisting torques up to 300 N·m and preventing displacement caused by radial cutting forces during machining.

Programmable Hydraulic Tailstock

Tailstock movement and clamping are directly controlled by the CNC system. The integrated encoder offers positioning accuracy of 0.01mm and supports programmable clamping force and stroke settings, enabling automated "one-touch clamping" operation.

High-efficiency oil cooling system

The high-efficiency oil cooling system utilizes intelligent temperature control technology to ensure stable machining accuracy. Its modular design automatically adjusts oil flow based on load, reducing cooling energy consumption by 30%.

Multiple systems to choose from

It supports mainstream CNC systems such as Fanuc , Siemens, Mitsubishi, and GSK , and achieves zero-threshold docking of cross-brand systems through dual-channel communication protocol conversion technology.

Why Choose Minnuo as Your CNC Turning Center Partner

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.

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.

Why Choose Minnuo as Your Vertical Machining Center Partner

CE & ISO
Certified Factory

3,000+ Units
Exported Worldwide

1:1 Technical
Guidance & Design

OEM / ODM Available

Full Documentation
for Export

What Problems Are You Trying to Solve?

Struggling to achieve the machining accuracy your parts require?

Worried about machine stability and lifespan in continuous production?

Looking for ways to boost efficiency and reduce downtime?

Concerned about whether your investment will bring real returns?

MINNUO doesn’t just sell CNC
Turning Center
we deliver complete processing solutions:

Customized machine solutions for your parts & industry

on-1 technical support

Factory-direct with strict quality control

Fast quotes & responsive service

Real Feedback from Real Clients

Automotive Parts Manufacturer

Europe

Challenge:

Needed high accuracy for engine component machining, previous machines caused frequent tolerance issues.

Solution:

Minnuo VMC855 with ±0.005mm precision and stable spindle system.

Result:

Production efficiency improved by 30%, defect rate reduced by 40%.

Mold Processing Enterprise

Southeast Asia

Challenge:

Required flexible machine to handle different mold sizes with tight delivery schedules.

Solution:

Minnuo VMC1160 with large table size and automatic tool changer.

Result:

Shortened lead time by 25%, successfully delivered to international clients.

Metal Parts Processing Factory

South America

Challenge:

Struggled with unstable local suppliers and frequent machine downtime.

Solution:

Minnuo VMC650 compact model, factory-direct with global after-sales support.

Result:

Stable operation 24/7, maintenance cost cut by 20%, business expanded with new contracts.

How do I determine the required lathe size?

The key depends on the parts you primarily process. Maximum swing diameter and maximum machining length are key indicators. We recommend calculating the size range of parts you frequently process and allowing a 20% margin to account for future larger orders. Also, if you frequently process long, slender shafts, you'll need to confirm whether the machine supports accessories like steady rests and tailstocks.

How to choose a CNC system?

Imported systems (such as Siemens and Fanuc) may offer advantages in stability and complex functionality, but they are more expensive. Domestic systems (such as GSK and HNC) offer excellent value for money and are fully capable of meeting the needs of routine machining. The key considerations are cost-effectiveness and compatibility.

How do I choose the appropriate lathe power and torque based on the material being machined?

If you frequently perform large stock removal on castings and forgings, or drill large-diameter holes in steel, high spindle power and torque are crucial. Conversely, if you primarily focus on efficient finishing of small and medium-sized parts, high spindle speeds and fast feed rates may be more important than pure power.

Which toolholder and chuck are best?

Toolholder: Choose the number of tool positions based on the complexity of the workpiece. Four-position electric toolholders are common. If the process is complex and requires more tools, a six- or eight-position toolholder should be selected. A powered turret can perform milling and turning operations. Chuck: Hydraulic chucks significantly improve clamping efficiency and automation, making them suitable for mass production.

What do "positioning accuracy" and "repeatability" mean for a lathe? Why is the latter more critical?

Positioning accuracy refers to the accuracy with which a machine tool moves to a specific position. Repeatability refers to the stability with which a machine tool can return to the same position multiple times. For mass production, repeatability directly determines the dimensional consistency of the product and is a key indicator for ensuring machining stability.

We use modular designs (such as independent lubrication systems and quick-release tool magazines) to reduce maintenance complexity.

We recommend models equipped with intelligent CNC systems (such as FANUC Oi or Siemens 828D), which support automatic tool setting and collision detection, lowering the operational barrier.

We utilize an open electrical architecture model with a guide rail/screw load margin of ≥20% to support future expansion needs.

We use open protocol systems (e.g., based on LinuxCNC) to support secondary development.

We can provide MasterCAM post-processing files for automatic programming.

We provide remote diagnosis and quick replacement of spare parts.

Models equipped with variable frequency motors and oil-water separators reduce energy consumption by 30%, meeting green manufacturing certification.

High-Precision CNC Turning Center

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