数控细孔加工技术是随着细孔加工需求的不断增加而发展起来的新技术，它可以有效地提高加工质量，提高工作效率，降低加工成本，满足细孔加工的要求。数控细孔加工技术满足了细孔加工要求，其原理是把刀具和零件组合起来，通过刀具在三维空间中的运动来实现细孔加工。

Numerically controlled micro-hole processing technology is a new technology developed along with the increasing demand of micro-hole processing. It can effectively improve the machining quality, improve the working efficiency, reduce the machining cost and meet the requirements of micro-hole processing. Numerically controlled micro-hole processing technology meets the requirements of micro-hole processing. Its principle is to combine the cutting tool and the workpiece and realize micro-hole processing through the movement of the cutting tool in the three-dimensional space.

数控细孔加工技术的应用有助于满足由贯穿小杆子、孔、工件表面等引发的精密加工需求，得以实现质量的提高，加工精度的提升，刀具的复用，生产效率的提高等。除此之外，数控细孔加工技术还能有效解决精细工件表面粗糙度标准的问题。同时，它还可以提高金属材料的结构强度，改善工件的表面粗糙度和尺寸一致性。

The application of numerically controlled micro-hole processing technology is helpful to meet the precision machining requirements caused by through rods, holes, workpiece surfaces, etc., so as to achieve the quality improvement, machining accuracy improvement, cutting tool reuse, and production efficiency improvement. In addition, the technology can also effectively solve the problem of surface roughness standard of fine workpieces. At the same time, it can also improve the structural strength of metal materials, and improve the surface roughness and dimensional consistency of workpieces.

在生产过程中，机器以及操作者的技术和故障都会影响数控细孔加工技术的运行情况，因此，在使用数控细孔加工技术时，操作者需要有良好的行业知识背景同时熟悉技术要求。同时，有效地深入研究和保养复杂机器，同时在生产过程中尽量减少人工错误也是极为重要的。

In the production process, both the technology and fault of the machine and operator will affect the operation of the numerically controlled micro-hole processing technology. Therefore, when using the numerically controlled micro-hole processing technology, the operator needs to have good industry knowledge background and understand the technical requirements. At the same time, it is also very important to effectively study and maintain the complex machine and minimize the manual error in the production process.

总之，数控细孔加工技术在细孔加工工艺中具有重要的意义，可以提高加工效率，提高加工质量，提高工作效率，降低加工成本等，当然也要求操作者有良好的行业背景知识和熟悉技术要求，并能有效地研究和保养机器以及减少人工错误。

In conclusion, numerically controlled micro-hole processing technology has an important significance in micro-hole processing technology, which can improve processing efficiency, improve machining quality, improve working efficiency, reduce machining cost and so on. Of course, it also requires operators to have good industry background knowledge and be familiar with technical requirements, and be able to effectively research and maintain machines and reduce manual errors.