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生化分析仪是在科研和临床诊断中不可缺少的重要仪器。通过它对血液和其他体液的生化数据测量以及临床资料的综合分析,在疾病诊断、器官功能估价、并发因子鉴别及治疗基准的决定等方面起着重要的作用。 随着科学技术,尤其是医学科学的突飞猛进,为了满足科研、临床对生化检验样品测定精确度、灵敏度和速度的更高要求,国内外医疗仪器生产厂家相继推出了各种型号的半自动生化分析仪。这些仪器中均采用了微处理器进行控制及数据处理,使得它们具有快速、简单、微量、准确等特征。同时,这也给仪器维修工程技术人员提出了更高的要求。不仅要掌握生化分析仪的工作原理及使用方法,而且还要对
Biochemical analyzers are indispensable instruments for scientific research and clinical diagnosis. Through its biochemical data measurement of blood and other body fluids and comprehensive analysis of clinical data, it plays an important role in the diagnosis of diseases, evaluation of organ function, identification of concurrent factors, and determination of treatment benchmarks. With the rapid advancement of science and technology, especially medical science, domestic and foreign medical instrument manufacturers have successively launched various types of semi-automatic biochemical analyzers in order to meet scientific research and clinical requirements for the accuracy, sensitivity and speed of biochemical test sample determination. . These instruments use microprocessors for control and data processing, making them fast, simple, minute, and accurate. At the same time, this also puts higher requirements on instrument maintenance engineers and technicians. It is not only necessary to grasp the working principles and methods of use of biochemical analyzers, but also to