Transmission electron microscopy (TEM), invented in the 1930s, is an indispensable technique across many fields of science, research, medicine, and forensics. While TEM technology has advanced significantly, the transition from film to digital cameras has been particularly transformative by eliminating the need for film plates, darkroom chemicals, and prints. Digital cameras now provide real-time evaluation and transfer of high-quality images.

2. Transmission Electron Microscopy, invented in the 30s by Ernst
to be an irreplacable technique for many aspects of science,

3. research,development, medicine, forensics, and a myriad of oth
The technology has not stood still either, and the TEM field is
microscopy, etc. In particular the move from film to digital im
limited number of film plates in the microscope), breaking the v
chemicals, and finally making prints of the negatives was the st
Today, most TEMs are equipped with digital cameras. These ca
digital form and can be evaluated on the spot, and transfer to ot
available, and one of the major tasks
If you already know which camera you prefer, please feel free t
the tool below to give you a starting point. The recommendati
view, resolution, frame rates, noise, sensitivity, etc. We hope
specific requirements may be different.

4. development, medicine, forensics, and a myriad of other uses and applications. The technology
etc. In particular the move from film to digital image acquisition has revolutionized the field. Just
darkness), developing the films in a darkroom filled with caustic chemicals, and finally making p
taken, the images are immediately available in digital form and can be evaluated on the spot, a

5. when buying a TEM
If you already know which camera you prefer, please feel free to explore the options ResAlta h
experience with a variety of customers that have different requirements on field of view, resolut