Used RIGAKU 3700H #136450 for sale

Manufacturer
RIGAKU
Model
3700H
ID: 136450
Wafer Size: 8"
Vintage: 1994
TXRF spectrometer, 8", parts machine Stored in a warehouse 1994 vintage.
RIGAKU 3700H is a state-of-the-art x-ray equipment designed for high-resolution imaging in materials analysis. The system combines a high-stability and highly reliable dual-axis x-ray source with a versatile detector for superior results. It is well suited for analyzing complex structures and elements with atomic energy levels between 1 and 10 keV, making it ideal for a variety of material analysis applications. The x-ray optics and high-quality components provide a superior performance and accuracy than other comparable x-ray systems on the market. 3700H allows for ultra-low noise and low contrast imaging as well as high-resolution imaging. Its compact size and light weight make it easy to transport, making it ideal for a range of applications, such as field studies, structural analysis, and remote sample imaging. Its design allows for optimal control of x-ray emission and high-definition imaging with minimal X-ray leakage. The x-ray source provides a wide range of X-ray energy to target samples with different characteristics, allowing for easy and accurate operation. The cooling unit provides optimal temperature stability for the X-ray emission for improved sensitivity and overall performance. The built-in detector offers both linear and area scan options to capture images of samples with great detail. The machine can be configured for either a single or multi-channel configuration to accommodate both the sample size and energy requirements. The Intellect2950 software suite provides advanced features for data manipulation and data analysis, allowing users to easily collect and analyze results from the tool. Overall, RIGAKU 3700H x-ray asset is a powerful imaging solution that offers exceptional performance and accuracy. Its versatile and easy-to-use design makes it an ideal choice for a variety of applications, including material analysis, structural analysis, and remote sample imaging.
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