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面临着制成品要满足日益提高的质量要求,制造厂家亟须在生产过程的各个环节使用检查系统。非接触测量系统非常适合接受这种任务。为了满足连续式带材产品的厚度测量方面日益增长的要求,Fogale纳米技术公司研制了一种卡钳式测微器。它能在工业环境中执行微米精度的测量工作。非接触测量检测系统由于不必中断生产就可以操作,因而深受工业界欢迎。测量可以连续进行,测量结果经记录和分析后,可立即用于对生产过程作出相应的调整。Fogale纳米技术公司利用法国国家航空研究所(ONERA)拥有的专利技术成功研制出高精度电容传感器。由于能够在恶劣环境中操作,这种传感器可用于测量各种物理量。举个例子:它可用于在20巴(2MPa)压强及4K至20K温度(-269及-253℃之间)条件下测量ArianV运载火箭燃料箱中的氦数量。
Faced with finished products to meet the increasing quality requirements, manufacturers urgently need to use the inspection system in all aspects of the production process. Non-contact measurement systems are well suited for this task. To meet the growing demand for thickness measurement of continuous strip products, Fogale Nanotechnology has developed a caliper micrometer. It performs micron-precision measurements in industrial environments. Non-contact measurement and detection system because it can operate without interruption of production, which is deeply welcomed by the industry. Measurement can be carried out continuously, the measurement results recorded and analyzed, can be used immediately for the production process to make the appropriate adjustments. Fogale Nanotech has successfully developed high-precision capacitive sensors using patented technology owned by ONERA. Due to its ability to operate in harsh environments, such sensors can be used to measure a variety of physical quantities. As an example: It can be used to measure the amount of helium in the ArianV launch vehicle fuel tank at 20 bar (2 MPa) pressure and 4K to 20K (-269 and -253 ° C).