CXT6140 Horizontal Lathe

CXT6140 Conventional Lathe Product Advantages:

The CXT6140 conventional lathe employs manual scraping between the headstock and the bed, tailstock, saddle, and other mating surfaces. It utilizes high-strength cast iron with the addition of special materials such as copper and chromium, effectively enhancing the wear resistance and stability of the machine tool, thereby ensuring precision and reliability.

Powerful and Efficient: Equipped with a high-performance motor, it delivers robust power and high processing efficiency, reducing production costs.

Wide Application Range: Suitable for machining various metal and non-metal materials, it can be applied in small-batch production in the machinery manufacturing industry, processing of architectural decoration materials, agricultural machinery parts processing, and practical training in educational institutions.

1. Versatility: The CXT6140 horizontal lathe exhibits versatility in turning operations, making it suitable for various machining tasks in industries such as automotive manufacturing.

2. High Precision: By employing manual scraping between mating surfaces of the headstock, bed, tailstock, and saddle, along with the use of high-strength cast iron supplemented with special materials like copper and chromium, the machine's wear resistance and stability are effectively enhanced. This ensures its precision and stability, supported by a precision spindle and robust construction.

3. Heavy-Duty Cutting Capacity: The rigidity and strength of the CXT6140 horizontal lathe enable it to handle heavy-duty cutting operations for large workpieces and hard materials.

4. Reliability: The CXT6140 is designed to deliver reliable and stable performance, providing operators with a dependable machine that meets their machining requirements.

5. Efficiency: Equipped with advanced features and capabilities, the CXT6140 horizontal lathe offers higher efficiency in turning operations, thereby boosting productivity.

The CXT6140 horizontal lathe combines a large bed swing range, high rigidity, precision spindle, versatility, high precision, and heavy-duty cutting capacity to fulfill diverse machining application needs.

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Product Details

The CXT 6140 general-purpose lathe boasts extensive process versatility, making it suitable for single-piece and small-batch production workshops in general machinery manufacturing, tooling departments across various industries, equipment repair sectors, and laboratories. It can perform rough and finish machining on internal/external cylindrical surfaces, tapered surfaces, and other rotational profiles of ferrous metals, non-ferrous metals, and non-metallic workpieces. The lathe handles cutting of standard metric, imperial, module, and diametral pitch threads, including multi-start threads, as well as operations like drilling, reaming, and oil groove broaching.

1.Designed using finite element analysis, the machine's overall layout and critical structures undergo theoretical analysis and calculation. It features high rigidity, minimal thermal deformation, low spindle temperature rise, reduced vibration, and substantial cutting torque capacity – characteristics that enable heavy-duty cutting performance. These design principles elevate the machine to internationally advanced levels.

2.Key purchased components such as spindle bearings, chucks, and motors are sourced from renowned domestic manufacturers, ensuring high reliability.

3.Advanced structural design combined with comprehensive process measures guarantees superior machining accuracy and long-term precision retention. The machine delivers consistent workpiece quality, reliably achieving IT6-IT7 grade accuracy with surface roughness reaching Ra2.5μm. (During precision test cuts: roundness error ≤0.01mm, cylindricity error ≤0.01mm/100mm length, surface roughness (Ra) ≤3.2μm; thread cutting accuracy maintains pitch error ≤0.06mm/300mm length.)

4.Critical components including the bed, headstock, saddle, and tailstock are manufactured using advanced equipment. First-class machining facilities ensure high-precision components, forming the foundation for the machine's technical performance.

5.The electromechanical integrated design features compact, rational layout with ergonomic operation and maintenance-friendly accessibility.

6.Employing modular design, the machine offers multiple configurations (e.g., different tool posts, tailstocks, control systems) per user requirements. Special fixtures and cutting tools can be provided to accommodate diverse workpiece processing needs.