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Rigaku nano3DX is a true X-ray microscope (XRM) with ultra-wide field of view, 25X larger volume than comparable systems, and three X-ray wavelengths for different matrices.Read more...
HyPix-3000 is a next-generation two-dimensional hybrid pixel array semiconductor detector designed specifically to meet the needs of the home lab diffractionist.Read more...
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Special Feature: Pharmaceutical Analysis (5): Analysis of trace impurities in pharmaceutical products using polarized EDXRF spectrometer NEX CG.Read more...
XRD analysis of small samples or areas, including mapping
X-ray diffraction (XRD) analysis performed on small samples or small areas of large samples is commonly referred to as microdiffraction. Considered the technique of choice when samples are too small for the optics and accuracy of conventional diffraction instrumentation, the method employs a micro X-ray beam so that diffraction characteristics can be mapped as a function of sample position. With the ability to accurately and precisely position a small X-ray beam on a sample surface, the information can be plotted as a diffraction function map (DFM). Diffraction data can contain information about compound identification, crystallite orientation (texture), stress, crystallinity, and crystallite size. The field of microdiffraction is rapidly growing in materials research and fabrication because smaller domains now affect product yield and reliability. Applications for microdiffraction analysis include: test pads on patterned wafers, compound libraries formed by combinatorial chemistry, inclusions on geological specimens, failure analysis of metal or plastic components, and quality control (QC) in manufacturing.
Curved imaging plate (IP) XRD system features an extremely large aperture and a choice of rotating anode or sealed tube X-ray sources
World's most powerful θ/θ high-resolution X-ray diffractometer features an in-plane diffraction arm
Process XRR, XRF, and XRD metrology tool for patterned wafers; up to 300 mm wafers