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针对大型航天复合材料结构特点,按照铺放8路纤维的要求设计纤维铺丝头,采用功能模块化设计方法,开发了具有自主知识产权的复合材料自动铺放设备,并掌握了航天大型复合材料构件自动化铺层成型技术,满足大型运载火箭和高轨道卫星复合材料构件高性能、高可靠的制造要求,为规模化设备设计和复合材料构件生产打下良好基础。
According to the structural characteristics of large space composite materials, the fiber paving head was designed according to the requirements of laying 8 fibers. The functional modular design method was used to develop the composite automatic grading equipment with independent intellectual property rights, and mastered the aerospace composite materials Component automated lay-up technology to meet the high-performance, high-reliability manufacturing requirements of large carrier rockets and high-orbit satellite composite components, laying a good foundation for large-scale equipment design and composite component production.