CK6163 Small CNC Lathe

Machine Applications

• Shafts and Sleeves: Ideal for machining shaft-type and sleeve-type parts, including those with complex profiles and threads.
• Cylindrical and Conical Parts: Perfect for cylindrical, conical, and disc-shaped components, as well as other shapes requiring precision turning.
• Small to Medium Batch Production: The machine’s flexibility makes it suitable for industries requiring frequent changes in production volume and part types, such as automotive, aerospace, and general manufacturing.

➡️Machine Features

1. Versatile Control System:
   1. The CK series features a frequency conversion and hydraulic four-speed automatic transmission, with a spindle that can achieve stepless speed regulation across various ranges.
   2. The CKJ series uses a manual shifting mechanism to provide 18 levels of speed adjustment.
   3. The CKP series adopts a manual four-speed system with stepless speed regulation within each range.
2. Integrated Bed Structure:
   1. The bed is designed to provide optimal stability and rigidity, ensuring high precision during machining operations.
3. High-Precision Machining:
   1. The lathe can process various components with high accuracy, especially for machining cylindrical, conical, and disc-shaped parts.
4. Process Flexibility:
   1. The machine is highly adaptable to multiple varieties and small to medium batch production, with quick tool changeovers and ease of programming.

System Function Overview:

1. Continuous Rotating Bodies: The system supports machining continuous rotational bodies with various curve profiles as their generatrices, with a resolution of 0.001mm.
2. Thread Machining: It is capable of machining cylindrical, conical threads, as well as continuous cylindrical and conical thread connections, and end-face threads.
3. Tool Compensation: The lathe features an automatic tool compensation function, ensuring the accuracy of the tool position during long-term operations.
4. Cycle Machining: The system includes cycle machining functions, such as blank cycle, thread cycle, and grooving cycle, improving efficiency and simplifying complex operations.
5. Workpiece Coordinate Setting: The workpiece coordinate system zero point can be freely set, providing flexibility and ease of operation.

➡️Machine Specifications