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eXtreme Resolution for a Wide Variety of Analytical Workflows

The solariX eXtreme Resolution series instruments are designed to enable versatile workflows.

The access to Isotopic Fine Structure (IFS) information you have never been able to see before delivers results with ultimate confidence.

solariX Technical Details
(click to enlarge)
solariX XR ion path and ion optics
solariX 2xR technology
High field solariX XR mass spectrum

7T solariX XR

The flexible instrument for all routine IFS investigations

  • Ultimate mass resolving power in excess of RP = 10,000,000
  • RP = 295,000 at m/z 400 and 1 s transient time
  • FTICR technology providing unrivaled mass accuracy
  • Apollo II Ion Funnel Electrospray Source enabling high ion transmission efficiency over a broad mass range
  • 4 Hz polarity switching
  • Hybrid Qh Front End supporting CASI™ for enrichment of low abundant species
  • Optimized ion optics for sensitivity and mass range coverage
  • Proprietary ParaCell ICR detector
  • High performance low noise preamplifier
  • Absorption Mode Processing (AMP)
  • Low noise preamplifier
  • Nanobay-E Acquisition electronics enabling data streaming for increased broad-band resolution
  • Ultrastable low cost, low maintenance 7T magnet
  • Wide range of fragmentation techniques including in-source collision induced dissociation (CID), CID in collision cell, Electron capture dissociation (ECD) and sustained off resonance irradiation (SORI) CID in cell.
  • Optional MALDI source with kilohertz Smartbeam II laser
  • Optional Electron Transfer Dissociation (ETD)
  • Optional APCI, APPI or GC-APCI source

7T solariX 2xR

The latest 2xR technology for fast and confident results

  • Ultimate mass resolving power in excess of RP = 20,000,000
  • RP = 450,000 at m/z 400 and 1Hz duty cycle
  • FTICR technology providing unrivaled mass accuracy
  • Apollo II Ion Funnel Electrospray Source enabling high ion transmission efficiency over a broad mass range
  • 4 Hz polarity switching
  • Hybrid Qh Front End supporting CASI™ for enrichment of low abundant species
  • Optimized ion optics for sensitivity and mass range coverage
  • Proprietary ParaCell ICR detector with patented magnetron control technology
  • Ultrahigh performance low noise 2xR preamplifier for improved sensitivity
  • Absorption Mode Processing (AMP)
  • Nanobay-E Acquisition electronics enabling data streaming for increased broad-band resolution
  • Ultrastable low cost, low maintenance 7T magnet
  • Wide range of fragmentation techniques including in-source collision induced dissociation (CID), CID in collision cell, Electron capture dissociation (ECD) and sustained off resonance irradiation (SORI) CID in cell.
  • Optional MALDI source with kilohertz Smartbeam II laser
  • Optional Electron Transfer Dissociation (ETD)
  • Optional APCI, APPI or GC-APCI source

High Field solariX XR

High end technology for complex investigations

  • Ultimate mass resolving power in excess of RP = 10,000,000
  • RP up to 600,000 at m/z 400 and 1 s transient (depending on magnet)
  • FTICR technology providing unrivaled mass accuracy
  • Apollo II Ion Funnel Electrospray Source enabling high ion transmission efficiency over a broad mass range
  • 4 Hz polarity switching
  • Hybrid Qh Front End supporting CASI™ for enrichment of low abundant species
  • Optimized ion optics for sensitivity and mass range coverage
  • Proprietary ParaCell ICR detector
  • High performance low noise preamplifier for improved sensitivity
  • Absorption Mode Processing (AMP)
  • Nanobay-E Acquisition electronics enabling data streaming for increased broad-band resolution
  • Choice of ultrastable low cost, low maintenance high end 12T or 15T magnet for ultimative dynamic range
  • Wide range of fragmentation techniques including in-source collision induced dissociation (CID), CID in collision cell, Electron capture dissociation (ECD) and sustained off resonance irradiation (SORI) CID in cell.
  • Optional MALDI source with kilohertz Smartbeam II laser
  • Optional Electron Transfer Dissociation (ETD)
  • Optional APCI, APPI or GC-APCI source
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