Savillex Corporation has been manufacturing fluoropolymer laboratory products since 1976 and has unmatched expertise in the molding and machining of PFA. All our design, tooling, molding, manufacturing, and testing is done in-house, giving us complete control of product quality. Our products are widely used in trace metals analysis-from sample collection through to ICP sample introduction.
The sample introduction system is a critical component of both ICP-OES and ICP-MS instrumentation. The design of the sample introduction system affects all aspects of performance, including sensitivity, stability, washout, matrix tolerance, and also oxide level and isotope ratio precision in ICP-MS. Also, the cleanliness of the materials that come into contact with the sample directly impact the quality of the analytical blank. Our ICP sample introduction products are manufactured using the highest purity grades of PFA resin. With over 35 years experience in fluoropolymer molding and unmatched expertise in the design and molding of PFA components, Savillex is bringing new products and capabilities to ICP-MS and ICP-OES, including the world's first blow molded PFA cyclonic spray chamber.
Savillex sample introduction systems are used across a wide range of ICP-MS and ICP-OES applications including semiconductor, geochemistry, pharmaceutical, environmental, biomedical, and petrochemical.
Based in Eden Prairie, Minnesota, we serve thousands of customers in over 60 countries worldwide through our partners and distributors.
Cutting-Edge Raman Spectroscopy Applied for Forensic and Heritage Studies
September 16th 2024A new compilation in the Journal of Raman Spectroscopy highlights advanced Raman spectroscopy techniques, showcasing their transformative applications in forensic and cultural heritage fields. These approaches include mobile setups, enhanced optics, and sophisticated data treatment methods.
Handheld X-Ray Technology Unveils New Forensic Tool
September 16th 2024A recent study by researchers at the University of Porto demonstrates the potential of handheld X-ray fluorescence spectrometers to analyze cigarette ash, providing a new method for forensic investigation. This non-destructive technique can differentiate between various tobacco brands based on the elemental composition of their ash.