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eXtreme Resolution dla szerokiej gamy przebiegów prac analitycznych

Instrumenty serii SolariX eXtreme Resolution zostały zaprojektowane, aby umożliwić wszechstronny przebieg pracy.

Dostęp do informacji o Isotopic Fine Structure (IFS), jak dotąd niespotykany w poprzednich konstrukcjach, zapewnia najwyższy poziom pewności.

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Image of the inside of the solariX XR with ParaCell attached
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[Bitte nach "Polish" übersetzen:]

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

[Bitte nach "Polish" übersetzen:]

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

[Bitte nach "Polish" übersetzen:]

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