What products are suitable for processing with vertical machining centers

The performance characteristics of vertical machining centers determine their application scope and adaptability. The machining objects are roughly divided into three categories.

1. More adaptable type

(1) High machining accuracy requirements, complex shapes and structures, especially parts with complex curves, curved contours, or box or shell parts with non open inner cavities. These parts are difficult to process and inspect with ordinary machine tools, and their quality is also difficult to guarantee.

(2) Parts that must undergo multiple processes such as milling, drilling, reaming, tapping, or tapping in one clamping process.

2. More adaptable type

(1) Parts that are expensive, difficult to obtain, and not allowed to be scrapped. When processing these types of parts on ordinary machine tools, there are certain difficulties, which are influenced by various factors such as machine tool adjustment, operator's spirit, and work status, and are prone to producing defective or scrap products. For reliability reasons, it is possible to choose to process on a vertical machining center.

(2) Processing parts with low productivity, high labor intensity, and difficult to stably control quality on ordinary machine tools.

(2) Military components used for modification comparison, performance or functional testing (they require good dimensional consistency), or parts produced in small batches with multiple varieties, specifications, and single pieces.

3. Inadaptable

(1) Using the rough surface as a rough reference for machining or positioning parts that rely entirely on manual alignment; When there is no online detection system on the vertical machining center that can automatically detect and adjust the position coordinates of parts, the machining margin is expected to be very unstable.

(2) Specific process equipment must be used, or parts or content processed based on templates or samples.

(3) Parts that require mass production from cattle. But with the improvement of the performance, improvement of functions, and reduction of costs of vertical machining centers, as well as the continuous improvement of cutting tools and catching tools used in CNC machining and the continuous improvement of CNC machining processes, the use of vertical machining centers for high automation, high precision, and precision

The use of vertical machining centers for large-scale star production is gradually becoming more common in the specialty parts of the art center. Therefore, the nature of Yunfu is relative and will change with the development of technology.

Vertical machining centers are important equipment for achieving flexible automatic machining, and are the overall foundation for the development of FMs and CAM.

The use and maintenance of vertical machining centers require high technical requirements, and operators and maintenance personnel should have high professional qualifications.