Used FEI / THERMO FISCHER Helios NanoLab 450S #9248478 for sale

FEI / THERMO FISCHER Helios NanoLab 450S is a specialized ion milling system designed to work with sample sizes from 5 nanometers to 300 microns. It is capable of producing a wide range of shapes and features, up to 25 nan iron layers, on samples with both organic and inorganic materials. It utilizes a high-power Focused Ion Beam (FIB), Gallium (Ga) ion source, with a maximum diameter of 10 µm. This FIB enables a high-precision milling technique, which, when combined with the accurate positioning system of the Helios 450S, results in excellent accuracy and resolution. The Helios 450S can hit both soft and hard materials with the same performance, allowing for a range of applications. The Helios 450S has an on-board advanced Control Electronics platform: the XYZ stage allows for motion control in three axes, and has been specifically designed for low drift and precision control. It is also equipped with high-resolution CCD cameras, optically focused on the work surface, which enable fast and precise sample navigation. An automated 3-axis autofocus module allows for easy and accurate generation of 3D images. Autoturrents provide for calibration and low-temperature control of the sample milling process. The Helios 450S is also equipped with ion beam lithography tools, which enable high resolution feature definition of up to 100 nm. It has the capability of operating with the highest possible beam current for feature and sample etching with open options for different patterning techniques, including line, spot, or contour lithography. In summary, FEI Helios NanoLab 450S is a powerful ion milling system that combines advanced precision and control features with highly accurate sample positioning and reliable performance on both organic and inorganic samples. With its 3D autofocus, advanced ion beam lithography options, and automated turret options, the Helios 450S is an ideal tool for applications requiring extreme accuracy and resolution, allowing users to produce precise features and shapes with nanometer resolution.