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What We Do...

 

Hiden Analytical manufactures quadrupole mass spectrometers which are:

 

   
  • Stable
  • Sensitive
  • Responsive

 

 

Our quadrupoles provide analysis of:

 

   
  • Residual gases and vapours in vacuum and ultra high vacuum
  • Gases and vapour in vacuum process, in process at pressures up to atmospheric pressure, and in processes with pressure up to 30bar
  • Volatile organic vapours
  • Metal vapours
  • Metal organic vapours
  • Dissolved species in liquids
  • Plasma ions, neutrals and radicals
  • Secondary ions in SIMS surface analysis
  • Species analysed as ions, positive and negative, neutral and neutral radical species
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    Our quadrupole mass spectrometers are available with mass range options up to 2500amu, providing for analysis of the widest variety of organic, metal organic and inorganic compounds.

     

     

    How we analyse:

     

       
  • Advanced mass spectrometric techniques coupled with sampling systems that enable sensitive, stable and high resolution results
  • Sampling systems include:
    • Capillary inlet - Quartz inert capillary-QIC
    • Multiple stream analysis
    • Direct orifice sampling
    • Molecular beam supersonic sampling
    • Cross beam source sampling
    • Solid insertion probe
    • Dissolved species probe
    • Custom engineered systems for special applications
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    What the results tell us:

     

       
  • Species identification in conjunction with library database information
  • Quantitative partial pressure measurement
  • Accurate Quantitative gas composition measurement
  • Trend analysis - transients analysed at millisecond rates, time resolved measurements in pulsed processes measured in the microsecond time frame
  • Concentration of dissolved gases in liquids
  • Direct analysis of vapour/solid interactions
  • End point detection in ion beam etch applications
  • Depth profile information from our SIMS analysers
  • Elemental mapping and surface imaging from our SIMS analysers
  • Static SIMS for surface contamination analysis 
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