激光波长可调谐性、高单色性与定向辐射特性，使其深度运用在工业制造、科研创新与临床医疗等跨学科应用场景。红外热成像技术凭借非接触式热场解析能力，其应用范畴亦随检测需求的变化而升级拓展。将激光与热成像技术结合应用，通过构建热演化过程的实时感知-智能监测-精准控制的技术闭环，帮助实现工艺效率与质量的双重进步。

通过在线活动“Laser Technologies Benefiting from Infrared Thermography” “红外热成像技术助力激光技术” ，您将了解使用热成像技术时应注意的事项，以及在各自的激光应用中使用红外热像仪应满足的要求。

The characteristics of laser radiation results in numerous most different areas of use, making laser applications nowadays essential in industry, science and medicine. The possible fields of application for thermography are just as diverse.  Together lasers and thermography become a winning team resulting in higher process efficiency and quality by understanding, monitoring and control of thermal developments.

In our online event Laser Technologies Benefiting from Infrared Thermography, you can find out what you should consider when using thermography and which requirements the thermographic cameras should fulfill being used in the respective laser applications.

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红外热成像技术赋能激光技术

Laser Technologies Benefiting from Infrared Thermography

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补充技术讲座 / Complementary Technical Lecture:

《激光：现代主动热成像检测的多功能热源》/ Lasers: A Versatile Heat Source for Modern Active Thermographic Testing

主讲人 Speaker: Dr.-Ing. Julien Lecompagnon
德国联邦材料研究与测试研究所（BAM）Federal Institute for Materials Research and Testing (BAM)