Used RIGAKU 3620 #9226298 for sale

RIGAKU 3620 is a versatile and powerful X-ray system, designed for optimal performance in a range of different applications. This flexible instrument is capable of providing exceptionally high resolution images with excellent contrast and detail, providing X-ray imaging services in many different situations. In many cases, 3620 is used in conjunction with other instruments, such as an X-ray Fluorescence (XRF) or X-ray Diffraction (XRD) systems to characterize a variety of materials, such as polymers, inorganic and biological samples. The system is comprised of three main components: an X-ray source, an imaging modality, and a detector. The X-ray source is a high-power, high-voltage diode-based generator that generates a beam of X-rays across a wide range of energies (up to 165keV). The beam is then directed onto the sample and is collected by the detector. Depending on the application, different imaging modalities can be utilized with RIGAKU 3620. These include back scatter imaging (BSI), tomography imaging, and absorption imaging. Back scatter imaging is commonly used to evaluate mechanical and electrical properties of materials, such as stress/strain measurements. Tomography imaging is used to create three-dimensional images of samples, allowing for detailed 3D analysis of materials. Lastly, absorption imaging provides highly detailed surface and structural analysis of materials. 3620 also incorporates a very sensitive detector, which comprises a flat-panel technology that demonstrates high image resolution. At the core of the panel is a scintillator layer which is responsible for collecting and converting X-ray photons into light. A specialized matrix of photodiodes then converts the scintillation light into a digital image. The sophisticated detector and imaging modalities combined with the powerful X-ray source give RIGAKU 3620 the capability of producing extremely detailed images. 3620 X-ray system is designed to be a cost-effective and easy-to-use imaging solution. The instrument is adjustable and can be calibrated to produce accurate results in a range of imaging applications in research, medical, and industrial sectors. The instrument requires minimal maintenance and can be operated by non-specialists due to its intuitive user-friendly interface.