Bruker Fluorescence/Infrared Spectrometer

The Bruker Fluorescence/Infrared Spectrometer is the first commercially available portable micro area X-ray fluorescence spectrometer designed to meet the needs of on-site component analysis of valuable items such as archaeology and art.

　　Bruker Fluorescence/Infrared SpectrometerIt is the first commercial portable micro area X-ray fluorescence spectrometer designed to meet the needs of on-site component analysis of valuable items such as archaeology and art.

　　Bruker Fluorescence/Infrared SpectrometerMulti element simultaneous analysis can be performed on all elements between Na (11) and U (92), with a spatial resolution of up to 70 micrometers. The measurement adopts non-destructive and non-contact methods, and no items will be damaged during the investigation process. Within 30 minutes, the Bruker ARTAX X-ray fluorescence spectrometer can be installed and operated on-site. The only requirement for operating the Bruker ARTAX X-ray fluorescence spectrometer is normal power supply. According to application requirements and available budget, there are several pre configured spectrometers to choose from, which have different functions and user comfort levels.

　　Bruker Fluorescence/Infrared SpectrometerFeatures: Fourth generation XFlash ® SDD silicon drift detector adopts Peltier cooling technology, does not require liquid nitrogen, and has no consumption. The resolution is better than 165eVatMnKa100Kcps. A detector with a resolution better than 145eV is optional. Flexible design allows for sample inspection without being limited by space or sample size. X-Y-Z three-dimensional automatic positioning and tracking sample stage, anti-collision protection, can automatically complete point, line, and surface scanning functions. Low power X-ray tube equipped with various target materials, CCD camera, micro focusing porous capillary mirror, XYZ sample stage, laser positioning system. The strength of micro focused porous capillary mirrors is increased by more than 1000 times compared to quasi straight tubes. According to different application requirements, multiple configurations can be provided. Applied in fields such as cultural relic protection, restoration, archaeology, art, handwriting identification, calligraphy and painting, criminal investigation, material research, electronics, automotive, aerospace, etc.