Used FEI Nova NanoLab 600 #9384117 for sale

FEI Nova NanoLab 600 is an advanced ion milling equipment that utilizes a focused ion beam (FIB) technology to create tailored nanoscale structures. It is capable of precise high aspect ratio milling of surfaces or subsurfaces with nano-meter resolution. Nova NanoLab 600 is a multi-function system allowing users to image, mill, and manipulate samples. It incorporates an adjustable and tiltable high-resolution imaging unit to allow for detailed 3D imaging of ultra-small structures. The machine is also equipped with a nano-machine vision that allows for automatic alignment and positional accuracy in targets of milling. This tool also uses a self-leveling stage to provide vibration-free milling, sharpening, and deposition. The ion-beam on FEI Nova NanoLab 600 is highly precise, capable of adding or removing material from a specimen surface while operating on a few hundred nanometers of depth. The asset is capable of milling and depositing various materials, including carbon, gallium, oxygen, nitrogen, and xenon. This model also features an easy-to-use graphical user interface, which helps users to control the milling process. The ion-beam energy of Nova NanoLab 600 is adjustable and can be set to mill multiple materials with different areas of application. The equipment features a wide range of scan speeds and sizes, allowing users to select a suitable speed and scan size for the material they are working with. The scanned area can be adjusted to create nano-scale features with high resolution. The beam power of the system can be precisely adjusted to produce the best milling results. The pulsed beam energy also allows for more accurate and precise milling by selectively charging certain locations of the structure rather than the entire structure. FEI Nova NanoLab 600 is an ideal unit for high-precision and high-aspect ratio milling of materials and sub-surfaces. With its wide range of features and adjustable parameters, Nova NanoLab 600 can generate nanoscale structures that are tailored to meet a variety of research and manufacturing needs.