Digital technology is the standard in today's field of transmission electron microscopy. New microscopes are developed as completely computer controlled digital systems. Image acquisition is through high-resolution digital cameras – as opposed to photo plates. In addition, the external opportunities for automation are practically revolutionizing the way people work at the TEM and the entire world of the laboratory. Especially in conjunction with image processing software, scenarios once thought impossible are now becoming reality.
Cantega G2 - 2k x 2k bottom-mounted TEM Camera
Optimized for applications like EFTEM, Diffraction, CBED analysis, Tomography, Immunogold labelling analysis or Cyro and Low Dose imaging.
The Olympus iTEM imaging family offers a range of image-processing solutions specially designed for transmission electron microscopes (TEM). The range of products includes software solutions for image acquisition as well as the cost-efficient TEM imaging platform with extensible solutions.
iTEM is easily expandable via solution-oriented software extensions, referred to as Solutions for this reason. Solutions expand the range of available functions and are finely tuned for specific tasks in the field of transmission electron microscopy.
Proporties such as high resolution, high frame rates, excellent signal-to-noise ratio, wide dynamic range, easy installation, interactive and automatic on-screen focusing and automatic image enhancement all guarantee that your TEM workday is efficient with our side-mounted TEM cameras.
Our bottom-mounted TEM cameras, KeenViewG2 and CantegaG2, gives images resolution - no matter whether Life Science or Materials Science.
The ADDA3 is the Olympus Soft Imaging Solutions answer for those with older, analog scanning devices (SEM, STEM) yet requiring a digital, image-acquisition system. The digital scan interface guarantees a broad dynamic range, speedy image acquisition and tremendous flexibility.
Digital technology is the standard in today's field of transmission electron microscopy. New microscopes are developed as completely computer controlled digital systems. Image acquisition is through high-resolution digital cameras – as opposed to photo plates. In addition, the external opportunities for automation are practically revolutionizing the way people work at the TEM and the entire world of the laboratory. Especially in conjunction with image processing software, scenarios once thought impossible are now becoming reality.
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