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Analytical Sciences Analytical Sciences / Inorganic spectroscopy / ICPMS spectrometer / ICPMS Spectrometer NexION 2200
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ICPMS Spectrometer NexION 2200

Perkin Elmer

Galery
Galery

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Flexibility and performance at your fingertips, regardless of matrix, interference, or particle size.






Its unique three-quadrant design, coupled with innovative and proven technologies, including the second-generation triple cone interface with OmniRing

Advantages

  • Three Quadrupoles:

    • The Quadrupole Ion Deflector (Q0) directs ions towards the Universal Cell (Q1) with varying voltages, maximizing the sensitivity of target ions while reducing unwanted masses.
    • The Quadrupole Universal Cell (Q1) uses up to three gases with on-the-fly gas mixing capabilities for Collision or Reaction modes. The unique quadrupole cell is enhanced by dynamic bandpass tuning, preventing reaction byproducts from interfering with target analytes.
    • The Transmission Quadrupole Analyzer (Q2) (full-size for mass resolution < 0.7 amu) acts as a mass filter or ion guide, directing ions towards the detector.

    The second-generation triple cone interface with patent-pending OmniRing™ technology offers unprecedented flexibility to handle a variety of applications without needing different inserts or lenses, as required by other commercial ICP-MS systems, allowing three modes of operation as needed.

Description
Specification
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Resources

The NEXION 2200 is a next-generation triple quadrupole ICP-MS. Its various configurations adapt to different laboratories and their priorities: productivity, ultra-traces, versatility…

With its triple cone technology and 90° ion deflector, pollutants are swiftly eliminated, providing unmatched stability. The absence of lenses means no vacuum chamber maintenance for operators, resulting in reduced downtime and more analysis time.

The multi-path Universal Cell allows for sequential analyses in standard, collision, or reaction modes within the same sequence. Equipped with a quadrupole, this cell is unique in enabling mass filtering in reaction mode and selective ion dilution.

Powerful interference removal capability for enhanced detection limits Great flexibility across all matrices Consistent and long-term analytical efficiency Low maintenance requirements compared to all other ICP-MS systems.

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