Used PHILIPS / FEI Strata DB235 #293593042 for sale

PHILIPS / FEI Strata DB235 is an ion milling equipment used to perform an array of nanofabrication tasks. It is an advanced piece of equipment that can be used in a wide range of applications, including the production of cutting-edge electronic and semiconductor devices. FEI Strata DB235 system is built on a ceramic platform which provides exceptional rigidity and thermal stability. It is designed with a double-sided beam which allows for the processing of both downwards and upwards facing surfaces with equal precision. The in-line scanning unit has a dual-axis movement, allowing for a larger area to be processed in each cycle with fine resolution and accuracy. PHILIPS STRATA DB 235 has a carbon-focused ion beam source that produces highly concentrated and energetic beams of ions for milling. This energy efficient device can easily produce high resolution images with a dynamic range of dissociated atomic species, allowing for dual-purpose patterning and milling. The focusing machine can be adjusted and tweaked to generate an optimal pattern over a range of sizes. Strata DB235 also features an embedded tool to manage the gas-phase chemistry. This includes an ion source plasma generator which produces a range of gases and ions to contribute to the deposition and milling process. An inertial filter and aet__mass spectrometer helps to ensure that the right ions are delivered to the ion beam source, preventing unwanted deposits on the semiconductor substrate. PHILIPS Strata DB235 also has a high level of automation, with automated alignment and optimization. This ensures accurate milling and deposition results, reliably meeting customer specifications. It also has powerful software to control the parameters during the process and to analyze various characteristics of the sample. PHILIPS / FEI STRATA DB 235 is an indispensable device for advanced nanofabrication tasks, providing the highest quality output. Its robust design, energy efficiency, and automated processes make for a reliable, efficient and cost-effective nanomachining asset.