In modern manufacturing, CNC machines with high cost-effectiveness and automated auxiliary equipment are highly favored. These machines integrate advanced CNC technology with intelligent auxiliary systems, enabling efficient machining operations at a limited cost. They feature rich automation functions. For example, the automatic loading and unloading device can accurately transport workpieces into the machining area and complete unloading, significantly reducing manual operation time. The automatic tool changer can quickly replace tools, ensuring the continuity of the machining process. Additionally, the machines are equipped with intelligent monitoring systems that provide real-time feedback on the machining status, ensuring machining accuracy and stability. This type of CNC machine not only reduces labor costs but also improves production efficiency and product quality. It is an ideal choice for enterprises to achieve intelligent production.
| Item | Content |
|---|---|
| Structure | CNC Lathe Main Body: Responsible for machining workpieces. Material Storage: Stores workpieces for automated loading and unloading. Gantry Robot: Transfers workpieces between the storage and the lathe, completing tasks such as picking up, placing, and removing workpieces. |
| Working Principle | Automatic Loading and Unloading: The robot picks up workpieces from the storage, places them into the lathe fixture, and removes them after machining, returning them to the storage. CNC Machining: The lathe performs high-precision machining on workpieces according to the CNC program. |
| Advantages | High Automation: Achieves full automation from loading to unloading, reducing manual intervention. High Efficiency: Continuous machining reduces downtime and is suitable for mass production. High Precision: The combination of high-precision robot and lathe ensures machining quality. Cost-saving: Reduces labor and lowers production costs. |
| Applications | Automotive Manufacturing: Machining engine blocks, crankshafts, and other components. Mechanical Processing: Mass production of shaft and disc parts. Aerospace: Machining high-precision components. Electronics Industry: Machining small precision parts. |
| Applicable Fields | Manufacturing industries that require efficient and high-precision machining. |
| Item | Description |
|---|---|
| Machine Type | Sloping Rail CNC Lathe |
| Main Features | 1. Sloping rail design for easy chip removal and operation. 2. High-precision spindle suitable for various machining needs. 3. Equipped with a variety of tools to perform turning, milling, and other machining processes. 4. High degree of automation, with optional automatic loading and unloading devices. 5. Suitable for medium and small batch production and complex part machining. 6. Compact structure with small footprint. 7. User-friendly operating interface, easy to program and maintain. 8. Suitable for machining workpieces with small diameters and long lengths. 9. Efficient cooling system to ensure machining stability. 10. Optional functional modules such as tool magazines and tailstocks. 11. Suitable for machining various materials, such as steel, aluminum alloy, and plastics. 12. Applicable to industries like automotive parts, mechanical machining, and electronic components. 13. Customizable configurations based on customer needs. 14. Energy-saving design to reduce energy consumption. 15. High reliability for long-term continuous operation. 16. Suitable for a wide range of machining scenarios, from simple to complex. 17. High cost-effectiveness with a good return on investment. |
The 6140 CNC lathe is a high-precision machine tool designed for versatile machining tasks. It features a robust cast iron bed, high-precision spindle, and automatic lubrication system to ensure stability and long-term performance. Equipped with a straight tool post and a maximum machining diameter of 160mm, it can handle various materials and complex shapes with micron-level accuracy. The machine offers high production efficiency through multi-axis and rapid traverse speeds of 18m/min on both axes. Its user-friendly interface simplifies programming and operation. Regular maintenance, including daily cleaning, quarterly inspections, and annual overhauls, ensures optimal performance and longevity. This CNC lathe is ideal for industries requiring high precision and efficiency, such as automotive, aerospace, and medical device manufacturing.
