3D打印作为现代制造技术的关键组成部分,已在多个领域得到广泛应用。尽管设备自动化水平不断提升,但打印后的清洁过程仍主要依赖人工操作,限制了整体工作效率。本文创新性地提出并研究了一种具备自动清洁功能的3D打印设备,设计了全新的传动系统与自动清洁机制,以实现打印基板的自动化清理。研究通过系统设计、工作原理解析、实验性能测试和应用前景展望,对该设备的功能进行了深入验证,并提出了优化和扩展的可能路径。结果表明,该设备在提升自动化水平和工作效率方面具有显著潜力,为未来增材制造的高效、连续生产提供了技术基础。3D printing, as a crucial component of modern manufacturing technology, has been widely applied across various fields. Despite advancements in automation levels, the post-printing cleaning process still relies heavily on manual operations, limiting overall operational efficiency. This study presents an innovative 3D printing device with an integrated automatic cleaning function, featuring a novel transmission system and an automated cleaning mechanism for the printing substrate. Through system design, operational principles, experimental performance testing, and application prospect analysis, this study provides an in-depth evaluation of the device’s functionality and explores potential avenues for optimization and expansion. Results demonstrate that the device significantly enhances automation levels and operational efficiency, laying a technical foundation for efficient, continuous production in additive manufacturing.
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