微孔加工是一项技术，能够实现特定形状的微孔在材料上定位精准地开孔。它主要用于精密零件制造，可以帮助增强材料性能，特别是金属表面处理过程中的精密开孔。典型的微孔加工机由抽吸口、过滤器、缓冲气罐、工作台、手柄和微孔冲床构成，相关孔径和形状由软件调节实现。

Microporous processing is a very widespread manufacturing technique which enables the fabrication of micro-holes with precise positioning on materials. It is mainly used for the making of precision parts, helping to enhance the material properties, particularly micro-hole precision during surface treatment of metals. A typical microporous processing machine consists of a suction port, filter, buffer tank, workbench, handle, and micro-hole punch press, whereby relevant hole diameters and shapes can be adjusted via software.

微孔加工技术在许多行业中都有广泛的应用，如电子制造、飞机制造、汽车制造等。它可以满足产品的特殊要求，具有精度高、灵活性大、能耗低的特点。这种技术的优势在于它不仅可以满足客户的高标准要求，而且可以在微环境中进行，可以确保完整的控制，确保在一定的参数下产品的稳定性和可靠性。

Microporous processing technique has a wide range of application in many industries, such as electronics manufacture, airplane production and automobile manufacture. It is able to satisfy the special requirements of products, with features of precision, flexibility, and low energy consumption. The advantage of this technology lies in that it can not only meet the customers’ high-standard requirements, but can also be carried out in a microenvironment to ensure complete control and the stability and reliability of the product under certain parameters.

微孔加工技术的发展，不仅为制造业带来了巨大的方便，也为消费者提供了更高品质的产品。目前，这项技术在零部件加工、材料热处理、锻件制造和三维激光加工等方面取得了显著的进步，为由制造业带来的变革提供了前所未有的可能性。

With the development of microporous processing technique, it has brought great convenience to the manufacturing industry and provided consumers with higher quality products. Currently, this technology has achieved remarkable progress in such areas as component processing, material heat treatment, forging manufacturing, and three-dimensional laser processing, which has brought unprecedented possibilities for transformation brought by the manufacturing industry.