数控细孔加工技术是一种极其重要的工艺，应用在工业制造领域。它可以使特殊形状的精确细孔加工，使用后往往能表现出更出色的加工性能。

数控细孔加工技术的核心是利用数码技术来控制工件的加工，使用CAD／CAM软件来设计细孔的形状和尺寸，再通过模拟程序预先设定细孔的加工参数，通过数控系统来控制各个外形尺寸，最终实现加工细孔的完美成型。

数控细孔加工技术更为突出的优势，在于可以有效的满足行业对于细孔加工更小、更严格的要求，比如能够在表面质量要求更高的医疗器械等行业产品上实现良好的加工精度。

同时细孔加工技术也可以为微电子信息产品的制造业提供更大的发展空间，为了有效提高加工精度，可以利用计算机辅助编程，外加先进的软件来实现对精确加工的高精度控制。凭借其高精度的加工效果，也 The application of NC Fine Drilling Technology

NC fine drilling technology is an extremely important process used in industrial manufacturing. It can make special shaped fine holes with outstanding machining performance.

The core of NC fine drilling technology lies in the usage of digital technology to control the machining of workpieces, using CAD/CAM software to design the shape and size of fine holes, then setting machining parameters by simulation procedure, using CNC system to control each external dimensional size, eventually achieving perfectly-formed fine hole machining.

The more outstanding advantages of NC fine drilling technology are its ability to effectively meet the industry’s needs for smaller and stricter fine hole machining. For example, it can realize high machining precision on surface quality demanding medical instrument products.

At the same time, fine drilling technology can also provide greater development space for the manufacture of microelectronic products. In order to effectively enhance machining accuracy, Computer-aided programming, advanced software can be used to achieve high-precision control of accurate machining. With its high-precision machining effects, it is also widely used in automotive, aerospace and other high-end industries.

In conclusion, NC fine drilling technology has become a key process for the manufacture of modern industrial products and is still widely used. It plays an important role in improving production efficiency and product quality.