Used RUDOLPH S3000S #293750720 for sale

Manufacturer
RUDOLPH
Model
S3000S
ID: 293750720
Wafer Size: 12"
Vintage: 2011
Film thickness measurement system, 12" S-Series Vanguard II FOUP CIM: E84, SECS/GEM, GEM300 Missing parts: SiOx Reference chip assembly (4) Exhaust components LAIP Shelf 2011 vintage.
RUDOLPH S3000S Ellipsometer is an advanced instrument specifically designed to measure and characterize thin films at a range of different wavelengths. It uses the technique of Ellipsometry to measure the optical properties of thin films with unprecedented accuracy. The Ellipsometer works by passing an incident light beam off of the sample film and measuring its polarization change. It measures the film thickness, its refractive index, and its optical constant using this information. It works in four different wavelength regions—visible, near-infrared, mid-infrared, and deep-ultraviolet—to produce the most complete and accurate characterization of a sample film available. The instrument has a unique optical design, featuring a patented polarizing beam splitter cube, two liquid-crystal display polarizers, and detector arrays. This design allows the user to capture the maximum light intensity in each wavelength, providing high accuracy even at nanometer thicknesses. The instrument can also measure temperature with sensors and an integrated air temperature detector, allowing for correction of any thermal shifts. Furthermore, the power of RUDOLPH S 3000 S Ellipsometer is complemented by a suite of sophisticated software tools. These tools allow for a variety of analyses and simulations that can be used to make the most accurate estimates of film parameters. The software also enables users to compare their results with theoretical predictions, giving the user the utmost confidence in their results. In conclusion, S3000S Ellipsometer is an advanced instrument designed to measure and characterize thin films at multiple wavelengths with remarkable accuracy. Its unique optical design and suite of sophisticated software tools make it a powerful analysis and characterization tool for any lab.
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