摘要
3D打印技术以其柔性制造、个性化定制等优势,在工业制造、医疗、航空航天等领域得到广泛应用.本研究在分析3D打印精度影响因素的基础上,系统阐述了3D打印过程中的误差来源与表现,重点探讨了高精度设备研发、优质材料应用、智能化工艺优化、精密检测补偿等提升打印精度的关键技术.针对3D打印误差控制难题,研究从数据驱动、实时监测、多源融合等角度提出了相应优化策略,为提高3D打印精度、推动3D打印技术进步提供参考.
Abstract
3D printing technology has been widely used in industrial manufacturing,medical,aerospace and other fields due to its advantages of flexible manufacturing and personalized customization.Based on the analysis of factors affecting 3D printing accuracy,this research systematically elaborates on the sources and manifestations of errors in the 3D printing process,with a focus on key technologies such as high-precision equipment development,high-quality material application,intelligent process optimization,and precision detection compensation to improve printing accuracy.In response to the problem of error control in 3D printing,this research proposes corresponding optimization strategies from the perspectives of data-driven,real-time monitoring,and multi-source fusion,providing reference for improving 3D printing accuracy and promoting the progress of 3D printing technology.
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