Calibration of a microscope is crucial for ensuring the accuracy and reliability of measurements and observations. It aligns the microscope's scale with known standards, allowing for precise quantification of specimens. Regular calibration helps maintain consistency, reduces measurement errors, and ensures that data collected is valid and comparable. This is essential in scientific research, medical diagnostics, and any field where precise measurements are critical.
In-situ microscopy systems enable researchers to observe materials and processes under controlled conditions inside TEM or SEM instruments. Available solutions support heating, cooling, electrical biasing, mechanical testing, gas or liquid environments, and other dynamic experiments.