Advanced CK6140 CNC Lathe – Precision for Every Turn

CNC lathe machines are advanced machine tools that utilize CNC control technology to automate the lathe machining process. These machines are characterized by high precision, efficiency, and a high degree of automation, making them indispensable in modern industrial production.

Compared with traditional machine tools, CNC machine tools exhibit several distinct advantages:

1. Enhanced adaptability to processing objects: CNC machine tools can provide optimal machining methods for mold manufacturing. Unlike conventional machine tools, which require frequent changes in molds, fixtures, and adjustments, CNC machine tools rely on pre-programmed instructions. This makes them ideal for frequent part changes, single-piece and small-batch production, as well as new product development. Consequently, they reduce production preparation cycles and save on process equipment costs.

2. Superior processing accuracy and stable quality: CNC machine tools typically achieve accuracies within 0.05-0.1mm. The digital signal control ensures that each pulse from the CNC device results in precise movements (usually 0.001mm). Additionally, the CNC system compensates for backlash and screw pitch errors, ensuring high positioning and machining accuracy.

3. Consistent and reliable processing quality: When machining identical parts under consistent conditions using the same tool and program, CNC machine tools produce highly consistent and stable quality due to the exact replication of tool paths.

4. High productivity: CNC machine tools significantly reduce both processing and auxiliary times. With higher spindle speeds and feed rates, these machines enable strong cutting at large depths. Furthermore, advancements in high-speed processing allow rapid movement and positioning, along with high-speed cutting, thereby enhancing productivity. Integrated tool libraries also permit continuous multi-process machining on a single machine, reducing semi-finished product handling time between processes.

5. Improved working conditions: Operators need only input programs, edit them, load/unload parts, prepare tools, monitor processing states, and inspect parts. Once set up, CNC machine tools can operate automatically and continuously until completion, greatly reducing labor intensity and shifting the operator’s role towards intellectual tasks.

6. Facilitation of modern production management: CNC machining allows for accurate pre-estimation of processing times and standardization of tools and fixtures. This integration with modern management practices facilitates the standardization of processing information and aligns seamlessly with Computer-Aided Design and Manufacturing (CAD/CAM) systems. As such, CNC technology forms the foundation of modern integrated manufacturing systems, promoting the modernization of production management.