Used PHILIPS / FEI Strata 400 #9128232 for sale

PHILIPS / FEI Strata 400 is an Ion Milling equipment that is designed for surface preparation and analysis of small area samples, such as those used in semiconductor, medical, aerospace and defense industries. It is an economical and versatile instrument that is capable of producing high-quality surfaces for a range of applications. FEI Strata 400 utilizes multiple high-energy ions, such as Ar, O+, and Xe, for sample surface ablation. The system is equipped with up to five ion sources and is capable of providing ions in concentrations of up to 10^15 cm−2 at energies of up to 80 eV, depending on the desired result. The angle of incidence is adjustable with +/- 30° precision to enable directional milling. In addition, PHILIPS Strata 400 features a planarization/contamination-free vacuum unit that is effective in removing organic and other particulate contaminants from the sample chamber during processing. The machine also features automated sample loading, high-resolution imaging software, and a digital control unit that makes operation straightforward. Strata 400 is designed for precise sample surface preparation, as well as for surface analysis at a nanoscale level. With its advanced precision control tool, the asset can produce a variegated array of materials with varying milling depths and ablator behavior. This allows for precise control of surface topology and composition. PHILIPS / FEI Strata 400 is optimal for the most challenging sample preparation requirements. Its comprehensive design and automated controls make it possible to produce highly accurate results with minimized data outliers and optimization for data accuracy and repeatability. Fast processing capabilities also make it possible to provide rapid turnaround times for large batches of samples. In conclusion, FEI Strata 400 is an advanced Ion Milling model that is suitable for demanding sample application requirements. It is designed for precise sample surface preparation and analysis for a wide range of sample sizes, materials, and substrates. With its innovative features and automated control equipment, the system is capable of producing accurate results with minimal outliers.