Sensitivity is a fundamental performance characteristic of a mass spectrometer
The SCIEX 7500 system is enabling new levels of quantification across a large suite of sample types and workflows. The greater sensitivity is achieved through the introduction of hardware features that enable significant gains in the generation, capture and transmission of ions.
- Improvement in the efficiency of ion capture and transmission is because of the D Jet™ Ion Guide, which achieves greater sensitivity by sampling more ions, and without sacrificing robustness.
- Improved ion generation and sampling is accomplished through better desolvation, achieved by the addition of the E Lens™ Technology that delivers more sensitivity in ESI by increasing the field strength experienced by the ESI droplets.
- The versatility of the OptiFlow® Pro Ion Source provides the ability to analyze a wide range of compounds by seamlessly switching between ESI and APCI mode.
In addition, the modular architecture of the source enables users to change flow rates by simply changing probes and electrodes in the source. This improved versatility enables users to achieve the best sensitivity under all conditions, future proofing labs for future innovations across many different applications.
Go beyond with the SCIEX 7500 system- watch video
Additional Key innovations in the SCIEX 7500 system:
• QTRAP ready—triple quadrupole functionality for quantification, plus full scan linear ion trap MS/MS for confirmation and MRM3 for selectivity
• Detection system with high energy dynode and pulse counting detector—fast polarity switching (5 msec) and up to 6 orders of magnitude across the linear dynamic range
• SCIEX OS Software—designed for quick, intuitive and streamlined data acquisition and data processing, all on one single platform
The SCIEX Triple Quad 7500 System − QTRAP Ready is the next high end quantitative platform from SCIEX. With the same ruggedness and robustness of previous generations, the SCIEX 7500 System provides higher sensitivity to meet the needs of the most challenging assays.
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