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The Study of Hot Embossing and Bonding Machine for Microfludic Chips Fabrication

机译:用于微流控芯片制造的热压花键合机的研究

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With the development of science and technology, microfludic chip has become the leading edge in biochip research field, representing major development trend of micro-total analysis system (μTAS).Having features of high speed, high efficiency, low consumption etc., it possesses extensive application prospect in fields of gene analysis, disease diagnosis, drug screening etc.. Traditional microfludic chip adopts silicon slice, glass etc. materials to conduct processing with complex technique and high cost chip, thus it is not in favor of promotion and application of chip. The research on hot embossing and bonding machine for plastic microfludic chips fabrication is that to provide efficient processing machine for chip market which is expanded with each passing day. Based on present hot embossing technology of plastic microfludic chips and aimed to realize automation and batch process, the thesis conducts design research on mechanical construction of hot embossing and bonding machine for chips.
机译:随着科学技术的发展,微型芯片已成为Biochip研究领域的前沿,代表微创分析系统的主要发展趋势(μTAS)。Having特征高速,高效率,低消耗等。它拥有广泛的应用前景在基因分析,疾病诊断,药物筛选等领域。传统的微型芯片采用硅片,玻璃等材料进行复杂的技术和高成本芯片进行加工,因此不赞成促销和应用芯片。用于塑料微型芯片制造的热压板和粘合机的研究是为芯片市场提供高效的加工机,每天都会扩大。基于塑料微玻璃芯片的现有热压花技术,旨在实现自动化和批量过程,对芯片热压板机械结构进行设计研究。

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