What Are The Benefits Of CNC Precision Parts Machining?

In the parts processing and production work, the emphasis is on its precision requirements, especially CNC precision parts processing, which is the most basic requirement, because CNC precision parts processing itself is more demanding, and the role that can be reached is better!

1. Multi-axis control and multi-axis linkage: most of the commonly used machining centers are three-axis linkage, which can form a machining center with four-axis linkage, five-axis linkage, seven-axis linkage, or even more axis linkage by adding swing angles and inverted coordinates.

2. Parallel machine tools: the functions of commonly used machining centers are relatively fixed, and vertical machining centers, horizontal machining centers, or machining centers, turning centers, etc. are combined together to form a processing system and increase the processing scale and processing capacity of machine tools.

3. Tool damage alarm: use infrared, acoustic emission, laser and other detection methods to detect the tool. If the tool is worn, damaged, etc., the alarm will be made in time, and the spare tool will be compensated or replaced in time to ensure product quality.

4. Tool life management: multiple blades on a tool, or several knives working together, are handled in a unified manner to improve the processing power.

5. Machine tool overload active protection: the machine tool can actively protect the machine tool according to the load size in the processing process, and when the load exceeds the large load set by the machine tool, the machine tool will take the initiative to shut down. The size of the load can be set and changed by yourself.

6. Machining dynamic entity simulation: in the machining process, the processing status of some parts of the machine tool is not easy to investigate, such as adding the dynamic entity simulation function, the processing status of the workpiece can be investigated at any time, so as to prevent the undesirable phenomena in the processing, such as punching, overcutting, not only, unreasonable steps, etc.

7. On-line detection of workpiece: also known as real-time detection, it is to detect the workpiece in real time in the process of processing, and find and modify the fault in time. This function can effectively avoid the problem of re-clamping and positioning caused by the failure of conventional post-processing inspection, shorten the production time, and increase the production power.

8. Adaptive control: The machine tool with this function can change the induced cutting conditions (such as cutting force, temperature, etc.) in the processing process, and control the machine tool to change the cutting amount in time through the adaptive control system, so that the machine tool and the tool can always maintain the best condition, and then obtain higher cutting power and processing quality, and prolong the service life of the tool.