根据微通道板(MCP)制作的需要，设计了一套高精度玻璃纤维的制作系统。为了保证玻璃纤维制作系统工作时伺服电机产生的振动在拉丝精度要求范围内，利用UG软件对玻璃纤维制作系统进行了建模，并利用有限元仿真软件对相关结构进行了振动模态有限元仿真分析，保证了该系统设计的可靠性。系统设计完成后，进行了玻璃纤维的拉制实验，验证了该系统的设计达到MCP制作所需要的玻璃纤维精度,并给出了在技术指标下系统的最佳工作温度和拉丝速度分别为751℃和4 m/min。

In order to meet the needs of making microchannel plate(MCP),a high-precision glass fiber production system was designed. For ensuring the test accuracy which caused by the servo motor vibration at working station within the allowable range,the three-dimensional model of the glass fiber production system was established by UG software,and the vibration modal finite element simulation analysis was carried out by finite element analysis software,so as to assure the reliability of the system.Experiments of glass fiber drawing were carried out after the system was completed.Experiments show that design fully meets the glass fiber accuracy required for making MCP needed,and it is find out that the best operating temperature and drawing speed of the system under the technical index are 751℃ and 4 m/min,respectively.