Used RIGAKU 3100 #9020767 for sale

RIGAKU 3100 is a high performance X-ray equipment capable of producing high resolution images of materials and objects. This system is designed for applications that require high quality imaging and analysis, such as microelectronics quality control, metrology, failure analysis, materials science research, and non-destructive testing. 3100 is a cold-cathode X-ray source and offers a wide range of x-ray energy levels from 20 kV (kilovolt) to 100 kV (kiloVolt) to cover a wide range of imaging and analysis tasks. This unit is built with a rotating platform which ensures a variable linear distance between the X-ray source and the sample, allowing very precise imaging. The machine uses multiple x-ray tubes to create the image, each of which produces a different type of X-ray energy. These can be used simultaneously or separately to produce images with different energy levels. The choice of X-ray tube depends on the application requirements and the desired resolution. The tool offers excellent image control which includes high contrast capability, edge detection, and noise reduction. It also offers a variety of imaging modes such as automatic focus, crossed line scan, and free form scan. The asset also provides a variety of image analysis tools such as histograms and other analytical functions. RIGAKU 3100 is equipped with a large optical model which offers a wide field of view, allowing for adjustment of the imaging angle. It also includes options for image rotation, scaling, mirroring, and distortion correction. In terms of safety, 3100 is designed to meet OSHA regulations and International Electrotechnical Commission (IEC) standards. The equipment is also equipped with multiple safety features including an ionization chamber to detect X-ray doses, a low mechanical shock system, and a lead shield to protect from radiation leakage. Overall, RIGAKU 3100 is a highly advanced x-ray unit that offers excellent image quality, advanced analysis capabilities, and comprehensive safety features.