Waters introduces the new RADIAN ASAP direct analytical mass spectrometrator

Waters launched the RADIAN ASAP system.
this directly analytical ionologic mass spectrometrator is designed for non-mass spectrometrety application experts to quickly and accurately analyze a wide range of solids and liquids by simply preparing samples.
RADIAN ASAP systems are compact, reliable, fast and easy to operate, while powerful real-time data visualization software capabilities help analytical laboratories in pharmaceutical, forensic, food analysis, chemicals and materials, as well as academic research, gain a competitive edge and meet the needs of a wide range of applications.
Figure 1. "As competition between laboratories increases, how to obtain high-quality results while reducing sample turnaround times is critical," said Gary Harland, Senior Director of Product Management at Waters Mass Spectrometry, a direct analytical mass spectrometry detector at Waters RADIAN ASAP.
today, technologies like direct analytical mass spectrometography, which are comprehensive, easy to operate, fast to analyze, and reliable in performance, are essential to the lab.
RADIAN ASAP system has successfully overcome many of the difficulties that have been difficult to resolve in the past when mass spectromety was introduced, and can be seamlessly deployed to existing laboratory environments, allowing accurate results to be obtained quickly even by people with limited LC-MS operational training.
" breaks through barriers to fast and efficient mass spectrometry Waters RADIAN ASAP system combining proven and stable monopole mass spectrometry technology with a dedicated atmospheric pressure-solid phase analysis probe (ASAP) ion source to produce results within seconds of samples being sampled.
gaseous adient molecules are ionized in N2 plasma and then imported into the instrument, separated according to their mass-to-load ratio.
users no longer need to pre-chromatography to obtain real-time sample classification and quality assessment results in less than 1 minute, effectively saving time and resources spent on sample preparation in the past.
2. Simple 4-step workflow Ryan Francis, a drug analysis instrument specialist at Eurofins Forensic Services in Teddington, UK, worked with Waters and LGC to evaluate the system performance of THERADIAN ASAP.
by building a model of RADIAN ASAP β we found this to be a powerful tool for substance classification and screening," said Ryan, a researcher at the University of California, San Diego.
its emergence is a testament to the deep cooperation between companies such as Waters and the scientific community in pursuit of technological innovation, and will continue to push the limits and develop suitable and reliable technologies.
" RADIAN ASAP system is compatible with a wide range of Waters software solutions, including OpenLynx, MassLynx, Ion Lynx and LiveID.
note that the launch of the RADIAN ASAP system was accompanied by the release of a new version of LiveID software, LiveID 2.0.
new LiveID software continues the modeling functions used in sample classification and authenticity identification, with an intuitive and modern user interface that gives easy-to-understand results.
addition, the software adds a real-time spectral library matching function to identify sample compounds by matching sample spectra with the comparation spectra stored in the software library.
the automation of RADIAN ASAP systems in a wide range of applications, streamlined workflow and operation, and low training requirements, can help laboratories meet the growing demand for analytics without sacrificing analytical performance.
the system is particularly suitable for the following areas: easy access to mass spectrometology data, real-time assessment of reaction processes and identification of purification components; Food and Beverage suppliers and regulatory agencies can help improve the integrity of the food industry by verifying product authenticity and safety, determining whether products are adulterated or bad, simplifying quality control and product development processes through, for example, material release testing or formulation performance testing, and providing academic research laboratories with stable and reliable teaching and method development solutions.
ASAP system was developed by Waters (Singapore) and is currently available worldwide.
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