GBC Scientific - Optimass 9500 ICP-TOFMS

Manufactured by  GBC Scientific
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A Major Advance In ICP-MS Technology

The OptiMass 9500 ICP Time-of-Flight Mass Spectrometer (ICP-TOFMS) has redefined the state-of-the-art in elemental analysis . This ground-breaking product has revolutionized the traditional ICP-MS market due to the significant benefits offered by the simultaneous nature of the time-of-flight mass analyzer.   
   
Optimass 9500 ICP-TOFMS   
GBC's bench top ICP-TOF-MS overcomes the major limitations associated with the scanning nature of available ICP-MS instrumentation. This ICP-MS incorporates an orthogonal acceleration time-of-flight mass spectrometer that has the advantages of high speed and simultaneous mass determination without any compromise in mass range, sensitivity or precision. Detection limits equivalent to those achievable with a quadrapole instrument can be achieved on all 260 masses within 10 seconds. This inherent speed allows higher sample throughput with the use of conventional sample introduction systems, typically 2 samples per minute.   
   
The simultaneous nature of a time-of-flight mass spectrometer not only reduces routine analysis time without compromising the mass range or precision, but is also suitable for the analysis of transient signals. The time-of-flight mass spectrometer can analyze the entire mass range in less than 30ms.   
   
This high speed data collection rate enables transient signals generated from single shot laser ablation, electro-thermal vaporisation or flow injection to be sampled 30,000 times per second and 50 integrated full mass spectra to be displayed every second. This opens up a range of applications that previously have been hindered by the slow sequential nature of quadrapole or magnetic sector field mass spectrometers.
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Features of Optimass 9500 ICP-TOFMS
  • Simultaneous measurement of the entire elemental mass spectrum; display rate of 50 integrated full mass spectra per second   * High sample throughput with determination of the entire mass range   * Multi-element transient analysis; sampling rate of 30,000 full mass spectra per second   * Simultaneous internal standardization   * Simultaneous isotope ratios for all elements with better than 0.1 %
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