Used FEI / THERMO FISCHER Tecnai Polara #293590372 for sale

FEI / THERMO FISCHER Tecnai Polara is a scanning electron microscope (SEM) that is used to analyze material samples in high-resolution at a sub-nanometer level. It utilizes a scanning electron beam to obtain topographical and 3D images of samples that can be magnified up to 500,000 times. FEI Tecnai Polara is capable of performing various advanced imaging techniques, such as in-lens and environmental (ESEM) scanning modes, energy-dispersive X-ray spectroscopy (EDS) for elemental analysis, and advanced surface analysis modes. It also has a powerful backscattered imaging mode that enables accurate analysis of sample composition. The imaging capabilities of THERMO FISCHER Tecnai Polara also enable researchers and engineers to obtain quantitative data about the surface and internal characteristics of samples. The images can be used to measure critical dimensions, such as line width and depth, as well as features too small to be visible to the naked eye. Additionally, the SEM can be used to analyze the sample's surface characteristics, such as surface roughness or surface contamination. Tecnai Polara has a flat-field geometry design, which allows it to produce high-resolution images that are distortion-free. It also has a wide range of automated sample-handling functions, including automated charging compensation, to make sure that sample images are of consistent quality. The SEM is housed in a modern, ergonomically designed cabin. This cabin serves as the workstation for the operator, with a comfortable working environment and easy access to the microscope's controls. The cabin also has a large, programmable sample stage to accommodate samples of various sizes and shapes. Overall, FEI / THERMO FISCHER Tecnai Polara is a powerful and reliable microscopy system that offers researchers and engineers the ability to obtain high-resolution images and quantitative data of material samples. Its automated functions, ergonomic cabin, and high-resolution capabilities make it a highly versatile and reliable tool for research and analysis.