10 Compact XRF spectrometer redefines elemental analysis
Malvern Panalytical introduced Revontium, the world’s premier compact XRF spectrometer, at analytica Munich. This ground-breaking instrument offers powerful elemental analysis within a compact 0.4 m2
elemental analysis, Revontium provides high-quality results comparable to larger floor-standing systems while significantly reducing costs and environmental impact.
X-ray fluorescence (XRF) technology is renowned for its non-destructive elemental analysis capabilities. However, traditional floor-standing instruments come with high energy and maintenance costs. Revontium stands apart as the only compact XRF spectrometer delivering comparable data quality to larger systems, all within a significantly smaller footprint.
Revontium provides over 25% lower ownership costs compared to traditional XRF, AAS, and ICP instruments. Its streamlined design reduces the need for consumables and simplifies maintenance and sample preparation. Unlike traditional instruments, Revontium requires fewer consumables, no daily calibration, and operates in ambient conditions, making it an environmentally friendly and cost-effective solution.
Ideal for industries such as cement, mining & minerals, and pharmaceuticals, Revontium enables compliance with stringent environmental regulations and test methods. It opens new avenues for elemental analysis, serving as an alternative or complementary technique to existing methods like ICP and AAS.
Lieven Kempenaers, Product Manager XRF at Malvern Panalytical, commented: “Revontium delivers powerful elemental analysis in a compact format, offering ease of use, analytical rigor, and low ownership costs. Our team is committed to supporting customers in maximising the benefits of Revontium.”
Mark Fleiner, President of Malvern Panalytical, added: “Revontium expands our XRF instrument offering, providing users with optimal precision and efficiency. This ground-breaking instrument unlocks endless possibilities for elemental analysis across diverse industries.” More information online:
ilmt.co/PL/qn8b
62484pr@reply-direct.com footprint, striking the perfect balance between precision and efficiency. Revolutionising
Semi-quantification analysis for ICP-OES
Thermo Fisher Scientific has introduced a semi-quantitative analysis tool for inductively coupled plasma - optical emission spectroscopy (ICP-OES), enabling users to profile unknown elemental samples. The new SemiQuant feature, integrated into the Thermo Scientific™ Qtegra™ Intelligent Scientific Data Solution (ISDS) Software and the Thermo Scientific™ iCAP™ PRO Series ICP-OES, utilises Artificial Intelligence (AI) technology and neural networks to streamline composition analysis.
Unlike traditional quantitative methods, semi-quantification determines the relative concentrations of elements in a sample, facilitating rapid screening and trend identification rather than precise quantitation. The implementation within the Qtegra ISDS Software eliminates the need for prior standard or blank analyses, leveraging AI and neural networks for efficient non-targeted elemental screening via ICP-OES.
The semi-quantification approach simplifies workflows, requiring no standard analysis and using AI technology and neural networks to provide an efficient workflow. It enables rapid insights during method development, streamlining optimization, improving method performance, and enhancing the quality of analytical results. All SemiQuant results are obtained without the need to run any calibration solutions.
This innovative tool offers versatile analysis, from preliminary screening to sample preparation and performance assessment. It identifies major and minor elements in samples, assesses sample preparation techniques, evaluates method performance, and detects potential interferences.
More information online:
ilmt.co/PL/nm7o 62579pr@reply-direct.com Advancing near-infrared spectroscopy capabilities
Metrohm expands its OMNIS platform by introducing near-infrared spectroscopy (NIRS) capabilities. OMNIS NIRS enhances the platform’s versatility, enabling comprehensive chemical analysis in a single system. The introduction offers three specialised configurations: OMNIS NIRS Liquid for liquid samples, OMNIS NIRS Solid for solid and viscous materials, and OMNIS NIRS Liquid/Solid for dual sample analysis.
The OMNIS NIR Analyser accelerates the analysis process, providing rapid results for both liquid and solid samples. It incorporates advanced sensor technology for precise temperature control of liquid samples and automated rotation for solid samples, ensuring high reproducibility and efficient batch analysis.
OMNIS platform is designed for accessibility, eliminating the need for extensive chemometrics knowledge. The OMNIS Model Developer (OMD) simplifies prediction model creation, while sample holder recognition ensures adherence to standard operating procedures, minimising user errors.
The OMNIS platform seamlessly integrates near-infrared spectroscopy and titration, offering a fully automated solution with the OMNIS Sample Robot. This integration allows for customisable setups tailored to user requirements, enhancing laboratory productivity.
The addition of the OMNIS NIR Analyser underscores Metrohm’s commitment to ongoing innovation and comprehensive chemical analysis solutions. More information online:
ilmt.co/PL/oB6j 62487pr@reply-direct.com
New molecular beam mass spectrometry system brochure
Hiden Analytical introduces its latest brochure for the HPR-60 MBMS (Molecular Beam Mass Spectrometry) system, specially designed for comprehensive reactive gas and plasma analysis. The brochure highlights the system’s adaptability across various applications, from Plasma Medicine to Environmental Studies, showcasing its ability to provide precise and accurate data in diverse research scenarios.
Dr Dane Walker, Technical Marketing Manager, emphasised: “The HPR-60 MBMS brochure underscores our commitment to furnishing detailed and user-friendly information to cater to the versatile needs of advanced research.” The brochure outlines the system’s proficiency in handling intricate analyses, featuring capabilities such as positive and negative ion analysis, sophisticated ionisation techniques, and precise measurement capabilities.
This informative guide serves as a crucial resource for researchers and professionals looking to deepen their understanding of reactive gases and plasma phenomena, presenting the HPR-60 MBMS as a versatile and reliable tool in scientific exploration.
More information online:
ilmt.co/PL/lvkD 62204pr@reply-direct.com
LAB ASIA - JUNE 2024
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