While TEM offers a smaller field of view and is limited to thin samples, it outshines SEM in magnification and spatial resolution, offering unparalleled insights into the microstructures inside cells ...

Since the wavelength of an electron is much smaller than that of visible light, scanning electron microscopes are capable of imaging at much higher magnification than light microscopes. The field ...

High Contrast images (desired for standard biological TEM samples) at Low Magnification mode (field of view from 100 microns to 1 micron) High Resolution TEM (HRTEM) to identify lattice spacings less ...

TEMs have a maximum magnification of around ×1,000,000, but images can be enlarged beyond that photographically. The limit of resolution of the transmission electron microscope is now less than 1 nm.