Susceptor Testing Equipment for Aerosol Devices

The patent extracts only the essential heating performance characteristics (heating time, temperature reach, energy consumption) from the complex multi-layer susceptor arrangement, eliminating the need to measure detailed material parameters such as individual layer thicknesses, material compositions, and magnetic properties. This extraction approach reduces testing complexity while maintaining manufacturing precision for quality control.

The patent replaces complex mechanical and material analysis systems with a simplified thermal testing system. Instead of analyzing material composition, microstructure, or physical dimensions, the system uses thermal imaging and temperature sensors to directly measure heating performance, substituting complex material characterization with straightforward thermal measurements.

The patent implements self-service testing where the susceptor arrangement is tested in its actual operational context within the aerosol-generating device. The device automatically performs heating cycles, captures thermal images, and processes data without requiring external material parameter inputs. This self-service approach eliminates dependency on supplier-provided specifications while maintaining operational simplicity.

The patent employs feedback mechanisms where thermal images and temperature measurements from actual heating cycles are automatically compared against predefined performance thresholds. The system provides real-time feedback on heating performance, automatically identifying defective susceptor arrangements without requiring detailed material parameter analysis or complex manual testing procedures.

The patent performs preliminary thermal imaging and temperature measurements during actual heating cycles to identify heating performance issues before they manifest as defects in the final product. By conducting these preliminary thermal assessments during normal operation, the system eliminates the need for separate detailed material analysis, reducing overall testing time while maintaining reliability.

The patent skips the time-consuming steps of detailed material parameter measurement and analysis by directly measuring the functional outcome (heating performance) through thermal imaging and temperature sensors. This rushing-through approach measures only the critical heating characteristics, eliminating unnecessary testing steps and significantly reducing test cycle time while maintaining reliable quality control.