CK6142 CNC Lathe

Machine Applications

• Automotive Industry: Machining parts such as engine components, transmission parts, and chassis components.
• Petroleum Industry: Manufacturing drilling and pipeline components.
• Military Industry: Precision machining of military parts, including gears, shafts, and housings.
• General Machinery: Suitable for a wide range of general machining tasks, including custom parts production.

➡️Machine Features

1. Versatile Machining Capabilities: The CK series CNC lathes are capable of machining a variety of complex parts, including shafts, sleeves, discs, conical surfaces, arc surfaces, and multiple types of threads. They are ideal for both small and medium production runs.
2. Stable Performance: With a robust structure and reliable performance, these lathes ensure consistent high-quality machining for a wide range of workpieces. The machines are designed to handle diverse materials, offering precise and efficient cutting.
3. Speed Control Options:
   1. CK Series: Features frequency conversion and hydraulic four-speed automatic shifting, allowing continuous stepless speed regulation.
   2. CKJ Series: Manual gear shifting with 12-speed settings provides flexibility in speed control.
   3. CKP Series: Offers frequency conversion with a four-speed manual shifting system for stepless speed regulation.
4. Solid Base and Structure: The lathe is designed with an integrated base structure that provides excellent rigidity, stability, and an aesthetically pleasing appearance. The bed guideways are 400mm wide for enhanced load-bearing capacity.
5. High Torque and Precision: The main drive system uses a variable frequency motor and hydraulic four-speed gearshift to achieve stepless speed regulation, ensuring constant cutting speed and low-speed, high-torque cutting. The feed system is driven by a servo motor and ball screw for high transmission accuracy.
6. Tool Post and Precision: The tool post adopts an end tooth disc precision positioning system, ensuring high repeatability, good rigidity, and stability during machining.
7. Electromechanical Integration: The lathe adopts an integrated electromechanical-hydraulic layout, making the machine design more streamlined and efficient, improving both performance and ease of maintenance.
8. Modular Design: The machine is modular, allowing users to choose different configurations based on their specific requirements, ensuring flexibility in setup and operation.
9. Advanced Control System: The lathe comes equipped with world-renowned CNC systems such as FANUC (Japan) or SIEMENS (Germany), ensuring ease of use, high precision, and reliable performance.
10. Tool Post Configurations: The lathe can be equipped with various tool posts, including vertical four-position, vertical six-position, and horizontal six-position types, offering flexibility in tool management.
11. Machine Protection: The lathe comes with full or partial protection options, enhancing operator safety and machine longevity.
12. Tailstock and Chuck Options: Depending on user needs, the lathe can be equipped with manual, electric, or hydraulic chucks, as well as manual or hydraulic tailstocks for added flexibility.

➡️Machine Specifications