The hottest Oxford instrument introduces handheld

Oxford Instruments launched handheld X-ray fluorescence spectrometer x

Oxford Instruments announced the launch of a rugged handheld X-ray fluorescence spectrometer (XRF) - x-met5000, which can identify hazardous substances that are restricted in electronic and electrical equipment with high precision and reliability. X-met5000 is its fourth generation product

this instrument with the patented detector technology of Oxford instrument pentafet, which digitally displays the number and frequency of experiments, ensures that users can quickly analyze all elements of interest, and provides a lower detection limit of elements. X-met5000 can provide fast, nondestructive, "alignment and test" screening analysis for plastics, printed circuit boards, cables, plastics to reduce some heavy and complex manual labor shells, solders, fasteners, metal sheets and other electronic components

RoHS and other directives limit the content of lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyls and polybrominated diphenyl ethers (brominated compounds) in electronic and electrical products. These directives require the testing of materials and components used in all electronic equipment, which has a great impact on electronic product manufacturers and global supply chains. X-met5000 adopts the test method specified in IEC 62321 standard, which can easily and effectively screen whether the content of restricted substances with long heating time in the sample can meet the relevant requirements of RoHS directive

aviation, medicine, military and other industries are exempted from these directives. Using x-met5000 can ensure that its product components contain sufficient lead, especially in the coating and weldments, which can ensure the safety and reliability of products. X-met5000 can also sort out the content of PVC, bromine or antimony in plastic products in a few seconds to meet the requirements of the waste electronic and electrical equipment recycling (WEEE) directive

its powerful user-defined software can provide accurate analysis results, thereby improving the reliability of "pass/fail" decisions. X-met5000 can identify the type of material and automatically select the best analysis method

with the help of its optional bench support, the manual operation when the fitting gap between the multi-component plunger and its matching hole should reach the specified value analysis task can be avoided, and the confidence level of the measurement results will not be affected in any way