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Agilent Inductively Coupled Plasma Mass Spectrometry (ICP-MS) is available in single quadrupole and triple quadrupole configurations. Our single quadrupole ICP-MS address the range of typical ICP-MS measurements from routine, regulated analysis to advanced research and demanding applications. Our triple quadrupole ICP-MS will give you the confidence of knowing you can resolve problematic interferences – even in your most difficult samples – delivering results you know you can trust.

Catalog No. Product Net Price
G3280-20653 Omega Lens for s-lens of Agilent 7700, 7900 and 8800 semiconductor ICP-MS 309 
Add to Cart
  • UNSPSC Code
  • 41115411
  • Lens Type
  • S
  • Notes
  • 7700s and 8800 semicon configuration
G3280-60609 Omega lens for x-lens of Agilent 7700x/e, 7800, 7850 and 8800 ICP-MS 418 
Add to Cart
  • UNSPSC Code
  • 41115411
  • Lens Type
  • X
  • Notes
  • 7700x/e and 8800
G3280-60612 Extraction lens 1 for x-lens of Agilent 7700x/e, 7800, 7850 and 8800 ICP-MS 315 
Add to Cart
  • UNSPSC Code
  • 41115411
  • Lens Type
  • X
  • Notes
  • 7700x/e and 8800
G3280-60613 Extraction lens 2 for x-lens of Agilent 7700x/e, 7800, 7850 and 8800 ICP-MS 315 
Add to Cart
  • UNSPSC Code
  • 41115411
  • Lens Type
  • X
  • Notes
  • 7700x/e and 8800
G3280-60615 Plate bias lens for Agilent 7700 and 8800 ICP-MS 215 
Add to Cart
  • UNSPSC Code
  • 41115411
  • Notes
  • Octopole Reaction System (ORS)
G3280-67035 Extraction-Omega lens assembly for s-lens of 7700 and 8800 Semiconductor ICP-MS. Includes Extract 1, Extract 2, Omega Lens, Omega Bias assembled with screws and spacers onto stainless steel skimmer base 2194 
Add to Cart
  • UNSPSC Code
  • 41115411
  • Lens Type
  • S
  • Notes
  • 7700s and 8800 semicon configuration
G3280-67037 Screw and spacer kit for x-lens of Agilent 7700x/e, 7800, 7850 and 8800 ICP-MS. Replace screws and spacers during lens maintenance. 603 
Add to Cart
  • UNSPSC Code
  • 41115411
  • Lens Type
  • X
  • Notes
  • 7700x/e and 8800
G3280-67038 Screw and spacer kit for s-lens of Agilent 7700, 7900 and 8800 Semiconductor ICP-MS. Replace screws and spacers during lens maintenance. 614 
Add to Cart
  • UNSPSC Code
  • 41115411
  • Lens Type
  • S
  • Notes
  • 7700s and 8800 semicon configuration
G3280-67039 Extraction-Omega lens assembly for x-lens of Agilent 7700x/e, 7800, 7850 and 8800 ICP-MS. Includes Extract 1, Extract 2, Omega Lens, Omega Bias assembled with screws and spacers onto stainless steel skimmer base 2052 
Add to Cart
  • UNSPSC Code
  • 41115411
  • Lens Type
  • x-lens
  • Notes
  • 7700x/e and 8800
G3280-67044 Screw, spacer, and O-ring kit for ORS cell. Suitable for Agilent 7700, 7800, 7850, 7900 and 8800 ICP-MS 475 
Add to Cart
  • UNSPSC Code
  • 41115411
  • Where Used
  • ORS cell

Overview

ICP-MS system operates with an ICP-MS Nebulizer, in which a high velocity Argon gas stream meets a liquid stream causing filmwise breakup of the solution into a fine aerosol. The aerosol particle size should ideally be sub-10µm with a narrow particle size distribution to achieve efficient atomization and ionization. Agilent offers a comprehensive range of ICP-MS nebulizers and supplies to solve any ICP-MS analysis challenge.

The portfolio includes standard glass concentric nebulizer (MicroMist), quartz and inert PFA nebulizers (MicroFlow and C-Flow), as well as robust Mira Mist PEEK or PTFE for high TDS samples and low-flow self-aspirating or total consumption nebulizers for your clinical or limited volume samples. ICP-MS nebulizer support is provided with a full range of accessories for all models including nebulizer cleaning tools.


The ICP torch is used to form, shape, and sustain an argon plasma which atomizes and ionizes the sample aerosol. Agilent ICP-MS Torches with Shield Torch System (STS) provide precise ion energy control, ensuring high sensitivity and stability, even in cool plasma mode for effective interference removal (ArO+).

Our portfolio is comprised of a wide range of ICP torches for your specific ICP-MS configuration. One-piece quartz torches offer the best stability and ease of use. The large 2.5mm injector on the standard torch gives maximum robustness and lowest matrix interferences for the best plasma stability. Single-piece torches with narrow bore injectors (1.0mm or 1.5 mm) are designed for use with organic solvents, to reduce plasma loading and improve plasma stability. Optional semi-demountable quartz torches with removable platinum or sapphire injectors are also available for use with the PFA inert sample introduction kit.


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