Used PHILIPS / FEI HT Tank for TF30 #293658698 for sale

ID: 293658698
Power supply, 300 kV.
PHILIPS / FEI HT Tank for TF30 is a high throughput scanning electron microscope (SEM) equipment ideal for large-scale material characterization. It is equipped with a large specimen table and a powerful x-ray system allowing for high resolution imaging of various material types and geometries. This unit is capable of producing highly detailed micrographs in a quick and efficient manner; allowing researchers to gain insight into the surface characteristics of various materials. Its detector offers 19mm2 recording capacity while its imaging stage and well-defined depth of field ensure the creation of accurate and precise 3D topography images. FEI HT Tank for TF30 is equipped with an electron gun able to generate up to 40keV of energy, making it ideal for element-specific imaging techniques such as Energy-dispersive X-ray spectroscopy (EDS). This high throughput machine also boasts a dual-readout scanner and a high-resolution Hexagon SE detector, providing unprecedented resolution, sensitivity, and speed of acquisition. SEM imaging can also be performed in PHILIPS HT Tank for TF30 thanks to its variable pressure secondary electron (VPSE) tool, enabling light and dark field imaging. The VPSE is also useful for additional signal enhancement on uncoated samples, with its Equifield intensity parameter providing an efficient and accurate way to control the contrast of the images. Furthermore, HT Tank for TF30 asset has a robust automation package equipped with advanced control features and auto-collection hardware capable of automatically gathering data from multiple positions on the specimen table. This allows for efficient and comprehensive sample mapping, ideal for complex materials research. Finally, PHILIPS / FEI HT Tank for TF30 includes a comprehensive software suite with a variety of features such as automated image contrast, integration of digital polarizers, as well as video recording and multi-tier analysis. All this makes this model a versatile and powerful instrument for research into the nanoscale world.
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