Used JEOL JSM 6330F #293664772 for sale

JEOL JSM 6330F is a high-performance scanning electron microscope (SEM) that offers high-end features such as nanometer resolution, energy resolution between 0.1-2.0 keV, as well as low-threshold detection capability with a resolution of 0.14 nm. This allows for the characterization of structures on the nanometer scale, and permits reliable imaging of extremely thin specimens. JEOL JSM-6330F offers high-resolution imaging of samples down to a thickness of 200 nm, with a minimum feature size of 0.5 nm. This high sensitivity is further supported by the incorporation of Everhart-Thornley and variable pressure modes, which are ideal for imaging weakly absorbing specimens and vacuum-sensitive materials. The SEM is equipped with a range of detectors, including a backscattered electron and secondary electron detector, enabling the observation of topographic and compositional information within a very small region. This allows for unparalleled detail of objects too small to be seen with a light microscope. JSM 6330 F also enables the acquisition of highly sensitive x-ray elemental maps, which allow for the quantification of various elements contained within the sample. Additionally, the microanalysis system includes a Wavelength Dispersive Spectrometry unit, which accurately determines the elemental composition of samples down to 30 μm. For superior performance, the system incorporates an ultra-stable mechanical column, designed to minimize stage drift and vibration to ensure precise operation. The integrated digital imaging system further adds to the overall reliability of the SEM, providing support for the analysis of materials and for image capture and storage. Finally, JEOL JSM 6330 F includes user friendly software designed to facilitate easy operation by providing pre-programmed settings and automation features. This allows for efficient workflows, enabling rapid sample preparation and analysis within a single process. In summary, JSM 6330F is an exceptional scanning electron microscope, providing significantly improved performance and reliability when obtaining images and data. This makes it ideal for a variety of applications ranging from basic scientific research to material analysis in industrial settings.