Used FEI Expida 1285 #9364861 for sale

FEI Expida 1285 ion milling equipment is a powerful imaging and fabrication tool used for advanced electron microscopy analysis in both research and industrial applications. It is capable of removing material from the sample at atomic resolution, enabling exceptionally detailed imaging of the specimen. At the core of the system is the ion source, which provides accelerated ions that are focused on the sample platform. The ion source employs a combination of a high-voltage source, an ion-optic arrangement and a focusing electrode which allows for single-ion milling. The ion source offers high-precision milling capabilities, which is important when it comes to achieving finer resolution imaging and precision nanostructures. The source also features a variable voltage range, allowing for high-power, fine-resolution imaging. The sample platform of the unit is capable of accommodating a wide variety of sample sizes and materials, including metals, semiconductors, and organic materials. This is further augmented by an active venting machine, which helps maintain sample integrity and reduce the risk of contamination. The platform also features an integrated cooling tool, which helps protect the sample from thermal damage during the operations. The imaging parameters of the asset are also highly adjustable, allowing for precise control of all imaging parameters. The model supports both bright-field and dark-field imaging, as well as a wide range of additional imaging modes. This includes the use of energy-filtering detector, auto-focusing, and advanced automation controls. The equipment also supports complex imaging and fabrication in three dimensions, allowing for the creation of highly detailed nanostructures. Overall, Expida 1285 is a powerful tool for advanced imaging scenarios. Its versatile ion source and flexible sample platform enable detailed imaging resolutions at the atomic level. Additionally, its advanced imaging parameters and automation controls allow for high precision fabrication of detailed nanostructures. Finally, its integrated cooling system and active venting unit help protect samples from any potential damage, making this an ideal tool for research and industrial applications.