Used PHILIPS / FEI Strata DB235 #293614694 for sale

PHILIPS / FEI Strata DB235 is a multi-purpose ion milling equipment designed for a wide range of applications in nanolithography. It is a high-resolution, high-performance system designed to provide faster fabrication times over a wide range of materials and to produce precise, sub-50nm feature sizes. The unit is equipped with a broad spectral range electron beam gun and two ion sources, a low-energy DC ion source, and a high-energy RF ion source. Both provide precision surface milling and fine defect removal without causing sample damage or burr formation. The ion guns installed in the machine are designed to efficiently deliver a variety of ions of different energies and angles, thus allowing for fast high-precision fine lithography. FEI Strata DB235's high-resolution electron beam pattern generator ensures accurate fabrication of shapes and patterns on the nanoscale, optimized for a wide range of materials and substrate thickness. The tool features variable energy deposition control, which means it can be used to deposit materials with different characteristics. It offers high-precision fine lithography, with high repeatability and accuracy, resulting in consistently high-quality products every time. The asset is controlled through a dedicated software interface, providing an intuitive, easy to use environment for managing all aspects of the milling process. Advanced monitoring systems are incorporated into the design, making use of the high beam current and spatial resolution of the ion gun for peak monitoring and foreign particle detection. This allows for the quick identification and elimination of particles that may interfere with the milling process. The model also allows for quick and easy positioning adjustments, allowing for more efficient operation in a variety of spaces. PHILIPS STRATA DB 235 is compliant with industry standards, making it suitable for use in any environment. It is also energy efficient and has a low maintenance requirement, making it a cost-effective solution for material milling on a nanoscale.