Multifunctional Automatic Cutting Slant Rail CNC Lathe
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Multifunctional Automatic Cutting Slant Rail CNC Lathe

Multifunctional Automatic Cutting Slant Rail CNC Lathe

As a high-precision, high-efficiency automated machining equipment, the multifunctional automatic slant-road CNC lathe is widely used in precision machining fields such as aerospace, electronics, watchmaking, and automobile manufacturing, thanks to its unique design and performance advantages.
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Product Details ofMultifunctional Automatic Cutting Slant Rail CNC Lathe

If you are in need of multifunctional automatic cutting slant rail cnc lathe to help with your business, please rest assured to wholesale with us. We are one of the leading such manufacturers and suppliers in China with over 20 years' history. And the customized service is also available.

 

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  • Slant bed CNC machine tool

    As a high-precision, high-efficiency automated machining equipment, the multifunctional automatic slant-road CNC lathe is widely used in precision machining fields such as aerospace, electronics, watchmaking, and automobile manufacturing, thanks to its unique design and performance advantages.

  • Specialized slant bed CNC machine tool for machining parts

    The 45° slant bed design of this CNC machine tool allows cutting forces to be directly transmitted along the bed to the foundation, significantly improving bending and torsional rigidity and machining stability. The slant bed structure is particularly suitable for machining large and medium-sized parts or in high-precision machining applications, effectively reducing accuracy deviations caused by gravity or vibration.

  • Multi-Process Integration Capability

    Multifunctional automatic cutting slant rail CNC lathe, equipped with multi-station turrets or power turrets, can realize composite machining such as turning, milling, drilling, and tapping, meeting the one-stop machining needs of complex parts and significantly improving production efficiency.

 

Specification

Maximum bed swing diameter

Maximum cutting length

Spindle bore diameter

Tilting angle

X-axis travel

Tailstock travel

X/Z rapid traverse

Machine weight (approx.)

TCK4572-1500

720mm

1500mm

80mm

45°

420kw

1650mm

12/16m/min

5000kg

Specification

Maximum cutting diameter

Spindle motor power

Spindle speed range

Hydraulic chuck

Z-axis travel

Sleeve inner taper bore

Dimensions

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TCK4572-1500

620mm

30-37kw

50-3500/145rpm

15"/18"/21"

1550mm

6MT

6000*2400*2800mm

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Slant Bed CNC Lathe Structural Features

 

High-rigidity bed design

 

The Multifunctional Automatic Cutting Slant Rail CNC Lathe utilizes a high-grade cast iron bed, formed from a single piece, combined with a tempering process to remove internal stress, ensuring long-term precision stability. The X and Z axis guideways employ high-precision linear guides, with rigorously calibrated straightness throughout their entire stroke.

Integral cast iron slant bed structure
Multifunctional slant lathe heavy-duty cutting

Optimized spindle system

 

The Multifunctional Automatic Cutting Slant Rail CNC Lathe spindle is equipped with high-precision bearing assemblies, supporting high-speed rotation and heavy-duty cutting. Some models feature direct-drive motors or gear transmission systems, balancing high-speed machining with low-speed, high-torque output requirements.

Intelligent control system

 

The Multifunctional Automatic Cutting Slant Rail CNC Lathe is compatible with mainstream CNC systems (such as HNC, GSK, FANUC, etc.), supporting linear interpolation, circular interpolation, and dynamic compensation functions. Precise control of complex trajectories is achieved through programming, reducing the need for manual intervention.

Optional CNC system for slant rail CNC machine tools

Application Scenarios

 

Multifunctional High-Speed ​​Cutting Slant Turner Application Scenarios

1. Precision Parts Machining: Slant bed CNC lathes are suitable for mass production of high-precision rotating parts such as aero-engine blades, electronic connectors, and watch gears. They can stably machine internal and external circles, conical surfaces, spherical surfaces, threads, and complex curved surfaces.

2. Handling Difficult-to-Machine Materials: Slant bed CNC lathes are designed for high-strength materials such as high-temperature alloys, titanium alloys, and stainless steel. Through optimized spindle torque and rigidity design, they achieve a combination of rapid roughing and precision finishing.

3. Automated Production Line Integration: Slant bed CNC machine tools can be equipped with hydraulic chucks, tailstocks, and automatic loading/unloading systems, seamlessly integrating into flexible manufacturing cells (FMS) to meet the intelligent production needs of industries such as automotive parts and medical devices.

Slant bed CNC machine tool finished product display

 

Slant bed CNC machine tool finished product display

 

The price of slant bed CNC lathes is affected by the following factors:

 

1. Quality and Configuration: High-quality slant bed CNC lathes utilize superior technology and high-performance materials, with stricter production processes and quality inspection standards, leading to increased costs.

2. Brand Effect: Lathes from well-known brands typically command higher prices due to their advantages in quality assurance and corporate culture.

3. Functions and Technology: CNC lathes with more added functions and technologies, such as high precision, high automation, and intelligent control, will be more expensive.

4. Material Costs: High-quality raw materials and components are more expensive, directly affecting the cost and selling price of the lathe. Different suppliers and purchase quantities also affect material costs.

5. Origin and Transportation Costs: The distance between the production site and the consumer market affects transportation costs, which in turn affects the selling price. Longer production sites result in higher transportation costs, leading to a corresponding increase in lathe prices.

6. System and Components: The brand and performance of the CNC system, the selection of hydraulic and electrical components, and whether it uses a fully closed-loop control system, all influence the price.

7. After-sales service: Manufacturers who provide comprehensive after-sales service may increase the cost of the machine tool, which will be reflected in the selling price. Comprehensive after-sales service can increase users' confidence in purchasing.

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