Used THERMO ELEMENTAL PlasmaQuad ExCell #9163399 for sale

THERMO ELEMENTAL PlasmaQuad ExCell is a plasma emission spectrometer specifically designed to accurately analyze elements in a variety of samples. It uses inductively coupled plasma mass spectrometry (ICP-MS) to identify individual elements in a sample through their atomic mass and abundance. PlasmaQuad ExCell is an upgrade from THERMO ELEMENTAL PlasmaQuad ExCell Plus model, providing a higher resolution, more sensitive detector and improved performance to allow more accurate and precise analysis. PlasmaQuad ExCell features an ArcOptics source that provides improved sensitivity and dynamic range, allowing for the detection of trace elements in complex samples. This source also gives improved long-term stability, ease of operation and maintenance. The combination of the versatile ArcOptics source with the ExCell avionic capabilities allow for powerful and accurate source-dependent value optimization, with increased flexibility and control over the ICP-MS measurements. The PlasmaQuad uses a synchronous oscillator to measure the time and energy of ions that have been pulsed out of the source. The time of flight measurement provides an index for the separation of ions of differing atmospheric pressures, allowing for accurate analysis. The ExCell design also incorporates a double focusing differential pumping system for complete separation of sample ions from charged particle debris, providing the measurements with greater accuracy and precision. The system features an In-Lens detector system that is optimized to detect ions of differing energy levels. This detector allows for the simultaneous detection of multiple elements in a single detection window, providing increased analytical selectivity and the detection of elements down to ultra-trace levels. The Excell also features an in-line sampler for large volume, high throughput applications. THERMO ELEMENTAL PlasmaQuad ExCell is designed to be the most sensitive and accurate plasma emission spectrometer available. It combines high resolution and sensitivity with avionics capabilities, allowing for greater control and precision in analysis. It is capable of detecting individual elements in complex samples down to ultra-trace levels, and is used for applications such as environmental analysis, forensic analysis, and process control.