Articles by Thermo Scientific
The Thermo Scientific™ DXR3 SmartRaman™+ Spectrometer simplifies quality control by enabling rapid, non-destructive analysis directly through sealed containers, helping to preserve product integrity while reducing waste. Designed for at-line, semi-automated testing, the system supports high-throughput autosampling to significantly shorten batch release timelines, moving from weeks to hours or just a few days. With built-in OPC UA connectivity, it is ready for Industry 4.0 environments and can be integrated into existing manufacturing workflows. Integrated methods and workflows help support compliance with USP and Ph. Eur. validation standards, while flexible sampling options accommodate a range of container types. The result is a more efficient, consistent approach to quality control across diverse production needs.
With improved factory calibration and measurement algorithms, labs can measure high-concentration samples without dilution. Acclaro Pro combines intuitive operation, flexible software control, and robust data integrity—offering confidence, compliance, and efficiency in every measurement.
By leveraging the NanoDrop Ultra’s microvolume pedestal, this protocol reduces assay volumes from 200 µL to as little as 20 µL while maintaining exceptional accuracy and reproducibility across a 0.2–10 ng/µL range.
Accurate, reproducible dsDNA and RNA quantification from 10–1000 ng/µL using 1–2 µL samples with NanoDrop Ultra FL—fast, precise fluorescence measurement.
Webinar Date/Time: Fri, Dec 6, 2024 11:00 AM EST
Thu, Sep 22, 2022 10:00 AM EDT
Do you need deeper insight into elemental processes occurring in individual cells? Join this webinar to learn more about how single cell ICP-MS can help you achieve your goals.
Attributing the source of CO2 presents challenges for environmental agencies and research institutions. CO2 isotope ratios carry information about the emitter. However, their continuous monitoring presents a complex task. The Thermo Scientific Delta Ray CO2 Isotope Ratio Infrared Spectrometer (IRIS) enables scientists to perform isotope ratio analysis directly where the sample is taken. On a road trip through Canada, the analyzer was installed in an RV and continuously monitored the CO2 concentrations, 13C and 18O isotope ratios coast to coast.
Discover how isotope ratio infrared Spectrometry for the analysis of CO2 can help you return from the field with data instead of samples and get you a better understanding of our environment in shorter time.