Used RAITH 150 #293650472 for sale

ID: 293650472
E-Beam lithography system CCD Camera Resolution: PMMA 20 nm (100 nm) at 20 kV Periodicity: 80 nm in PMMA (100 nm) at 20 kV 50 nm in HSQ (40 nm) at 20 kV Stitching error: ≤ 60 nm Overlay error: ≤ 60 nm.
RAITH 150 is a high-performance scanning electron microscope (SEM) designed for users in the nanofabrication and nanomanipulation industries. This advanced imaging and analytical tool boasts a variety of capabilities including high-resolution imaging and elemental analysis. 150 is equipped with an x-ray spectrometer and imaging equipment which can detect and analyze samples ranging from 1 nanometer to 0.5 microns in size. This system employs a scanning tunneling electron microscope (STM) together with a field-emission electron gun and scanning stage. The instrument's field-emission electron gun produces a beam of highly focused, high-energy electrons to scan the sample. Simultaneously, the scanning stage is used to record the data generated from the beam scanning the target sample. These capabilities make RAITH 150 an ideal choice for imaging and analysis of samples with nanometer or sub-micron features. The x-ray energy resolution unit allows users to perform complex spectroscopy and elemental analysis with precision. In addition, users can automate the entire process, enabling them to take advantage of fully integrated analysis. 150 is also capable of collecting data from both conventional and non-conventional samples. The non-conventional samples include organic materials, biological samples, and human tissue specimens. This flexibility allows users to perform research on chemical processes, organic materials, and biological specimens without the need for sample preparation or special processing. RAITH 150 is a powerful SEM machine that offers a combination of performance, flexibility, accuracy and control. The tool's analytical capabilities provide researchers with the capabilities to carry out research and nanofabrication tasks with unparalleled precision. The automated data collection and built-in automation make 150 an ideal choice for nanofabrication and nanomanipulation research.
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