ScopeX CSA 600 Benchtop XRF Analyzer, 50kV RoHS Heavy Metal Screening, 300x365mm Chamber, Na-U Detection, Rapid Plastics/Alloys/Toys Testing for Labs & Manufacturers

The ScopeX CSA 600 provides fast, non-destructive screening and analysis of hazardous elements in materials and components. Its high-power 50kV X advanced Si-PIN detector provides excellent sensitivity for trace element detection from sodium to uranium.The CSA 600 has three modes of operation - air, helium, and vacuum - and can analyze elements as light as magnesium. The CSA 600 features a large 300 x 365 mm sample chamber that easily accommodates parts, jewelry, toys, electronics and other items. Its rugged design and safety interlocks ensure reliable performance. Intuitive software guides users through measurement and reporting. Designed for screening for RoHS, ELVs and other regulated substances, the ScopeX CSA 600 quickly determines sample compliance. It combines a wide elemental range, excellent detection capability, and ease of operation, making it the ideal benchtop XRF instrument for regulated element analysis. Specification - Elemental range Na to U - X-ray tube 50kV, 1mA max. - Detector: Si-PIN or SDD Si-PIN or SDD - Modes Air, Helium, Vacuum - Sample Chamber: 300 x 365 x 78 mm - Dimensions: 570 x 400 x 400 mm - Weight: 47 kg

• HIGH SENSITIVITY – High power and efficient X-ray tube combined with high-performance Si-PIN detector brings extremely low detection limit, and can quickly and accurately detect trace harmful substances. Sample compliance monitoring can be completed efficiently and with high quality with only one instrument.
• ACCURATE AND RELIABLE – Combined with XRF analysis software, experience coefficient method, fundamental parameter method (FP) and other analysis methods, the accurate performance of the test data is guaranteed.
• EXPERIENCE COEFFICIENT METHOD – the instrument determines the influence coefficient according to the determination of the standard sample. The standard sample is required to be similar to the sample to be tested, and the calibration model is simple.
• FUNDAMENTAL PARAMETER METHOD – according to the actual detection of substances, through a variety of physical quantity modeling calculation to determine the parameters. The requirements of sample is not high, the calculation is more complex, suitable for the lack of corresponding standard sample material detection.