Used PHILIPS / FEI TF30 #293830548 for sale

PHILIPS / FEI TF30 is a Scanning Electron Microscope (SEM) that utilizes secondary- and back-scattered electron imaging to generate high-resolution images of the lit sample surface. It is capable of providing sub-nanometer resolution images with a working distance of up to 5mm and a field of view up to ~20mm. This versatile instrument is designed for use in applications such as failure analysis, material characterization, semiconductor metrology, and biological imaging. FEI TF30 employs an advanced, in-lens scanning technology to achieve an optimized SEM image with maximum depth-of-field. This ensures a clear display of the lit sample with a minimum of distracting parallax or aberration artifacts. This equipment also includes a sample analysis system (SAS) that enables the analysis of both light and electron images, as well as advanced analysis techniques such as material lateral force microscopy (LFM), X-ray element mapping (XRF), and spectroscopy imaging (SI). PHILIPS TF30 also provides an optional Autotune feature that automatically tunes and recalibrates the operating parameters of the SEM, including accelerating voltages, detector responsivity, and beam drift compensation. This allows users to quickly switch between sample analysis applications without having to manually adjust these settings. The extremely powerful motor unit of TF30 permits analysis of even the most complex samples with a high degree of accuracy and repeatability. This machine includes advanced vibration damping features to reduce vibration-induced instability, as well as a high-speed secondary electron detector to ensure the best level of signal-to-noise in even the most challenging SEM applications. PHILIPS / FEI TF30 is also equipped with a comprehensive range of accessories, including motorized stages, cryo- and liquid nitrogen stages, wireless controls, and various general purpose applications such as image stitching and animation rendering. FEI TF30 is an advanced SEM tool that is suitable for a variety of applications, providing excellent resolution and repeatability, as well as automated tuning systems for maximum efficiency.