General Imaging Systems
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NanoSprint12
The NanoSprint12 is a 12-megapixel camera system that is available in the wide angle side-mount configuration as well as each low- and mid-mount position. This camera is available with air cooling as the standard option. The NanoSprint12 camera system is ideal for any research application. Application ubiquity and moderate cost make these systems AMT's most popular product. These 12-megapixel camera offerings are fast and allow users to digitally zoom their final images.
NanoSprint6
The NanoSprint6 is a 6-megapixel, general purpose camera system. This camera is most often configured for the side-mount location due to the large field of view that can be obtained at the 35mm port. The NanoSprint6 can also be a great mid-mount offering for some older TEMs. The most common applications for these camera systems are life-sciences and clinical pathology. The NanoSprint6 can also act as a fast scanning camera in any multi-TEM facility. This NanoSprint6 is a great economical upgrade to any existing 1-megapixel TEM camera system.
NanoSprint61
The NanoSprint61 ActiveVu is AMT’s latest product featuring an entirely new
sensor that achieves the high sensitivity required for TEM clinical applications and life-sciences. Its fine-pixel, low-noise CMOS sensor offers an ultra large 61 megapixel sampling region with a high speed readout. AMT coupled the sensor's generous field-of-view and ultra-fine sampling with AMT's high performance optics to create a system that is ideal for a wide range of applications. Users can enjoy both its excellent contrast plus the ability to zoom for images that contain both context and detail.
NanoSprint15-B
The NanoSprint15-B is AMT's latest sCMOS product. This camera system offers an entirely new sensor that achieves the high sensitivity required for materials and life-sciences. Its fine-pixel, low-noise sCMOS sensor offers a large 15-megapixel sampling region with a high-speed 30fps readout. This unit uses AMT's B lens and serves as an excellent multi-application imaging system.
