IEC TS 63070:2019

IEC TS 63070:2019 addresses infrared imaging techniques for determining temperature elevation in tissue-mimicking material and at the radiation surface of a transducer in still air. It is relevant where ultrasonic field characterization must support technical review, documented evaluation, and controlled verification activities. For laboratories, manufacturers, and compliance teams, the document helps define a consistent approach to measuring temperature-related effects that can influence product assessment, safety review, and engineering documentation.

Purpose of IEC TS 63070:2019

The purpose of IEC TS 63070:2019 is to provide a technical basis for using infrared imaging in ultrasonic field characterization, with emphasis on temperature elevation measurements in tissue-mimicking material and at the transducer radiation surface. In practice, this supports repeatable laboratory evaluation and more consistent interpretation of thermal effects during product testing. It is especially useful where engineering validation, risk management, and conformity assessment depend on a clearly defined measurement approach tied to ultrasonic performance.

Compliance applications of IEC TS 63070:2019

IEC TS 63070:2019 is applicable in testing workflows for ultrasonic equipment where temperature rise must be observed and documented under controlled conditions. It may be used by test laboratories, manufacturers, and technical reviewers preparing compliance documentation or product evaluation reports. The guidance is particularly relevant when infrared imaging is part of a broader verification plan for ultrasonic transducers, prototype assessment, or quality workflows that require traceable and operationally consistent measurement methods.

Benefits of IEC TS 63070:2019

Using IEC TS 63070:2019 can improve testing consistency and reduce ambiguity in thermal assessment of ultrasonic fields. It supports safer engineering decisions by helping teams evaluate temperature elevation in a structured way, which is useful for conformity assessment preparation and technical validation. For procurement and compliance teams, it also provides a clearer technical reference for comparing documentation, reviewing laboratory results, and managing risk across development and verification activities.

• Infrared imaging approach for ultrasonic field characterization
• Temperature elevation assessment in tissue-mimicking material
• Measurement of the transducer radiation surface in still air
• Support for laboratory evaluation and documented verification
• Useful reference for compliance workflows and engineering review