Used NANOBEAM nB5 #293648795 for sale

NANOBEAM nB5 is a high-performance scanning electron microscope (SEM) that is designed to deliver greater accuracy and precision in research and development. It offers high-resolution imaging of samples as small as 1 nanometer across and features the latest in electron beam engineering. The innovative NANOBEAM design of nB5 is powered by an advanced electron control equipment, made possible by groundbreaking advancements in electron optics and finely tuned algorithms. This system allows for high-speed imaging of a sample with an unprecedented level of precision. With a maximum resolution of 0.1 nanometer, NANOBEAM nB5 offers a level of imaging accuracy that is not available with other, more traditional SEMs. NB5 boasts a dedicated 5-axis motorized stage, enabling users to automate sample scanning and create repeatable images. The advanced motor control algorithms ensure optimal scanning performance and seamless integration of sample observation and control strategies. These features significantly reduce the time needed for sample scanning and automate the process of producing complex images. NANOBEAM nB5 is equipped with a double-axis stage that allows for quick sample loading and unloading and a tuneable electron beam unit that can be adjusted to optimally image samples of different compositions. In addition to high-resolution imaging, nB5 can be used to analyze elemental composition of samples at the nanoscale thanks to its state-of-the-art energy dispersive X-ray spectroscopy (EDX) machine. This EDX tool offers enhanced detection sensitivity and a high level of accuracy when measuring the composition of samples in real-time. NANOBEAM nB5 is also capable of real-time image processing and analytical evaluations, thanks to its versatile software. This software can be used to analyze a wide range of samples while helping to simplify analysis and reduce the amount of time needed for sample processing. Overall, nB5 SEM offers an unprecedented level of accuracy and precision for materials research and development, making it an ideal tool for a wide range of applications.