Thermo Orbitrap ID-X Mass Spectrometer with Tribrid Architecture
Thermo Fisher Scientific
Details
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CategoryMass Spectrometry
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Dimension32.0in x 52.0in x 57.0in
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SerialFSN30013
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Shipping TypeFreight
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ManufacturingDoes Not Apply
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Voltage / Hertz220V / 50Hz/60Hz
Description
The Thermo Orbitrap ID-X is a highly advanced mass spectrometer featuring Tribrid architecture, facilitating small molecule identification and characterization. This equipment is in good condition, with minor cosmetic wear and a missing front panel on the lab table. It does not include an ion source, vacuum pump, or software. The device powers on and passes basic functional tests, suggesting potential operational capability. Ideal for overcoming bottlenecks in data acquisition and compound analysis, the Thermo Orbitrap ID-X supports various ionization and fragmentation methods, increasing efficiency and confidence in small molecule analysis.
Key Features
- Tribrid architecture combines quadrupole, Orbitrap, and ion trap technology
- AcquireX intelligent data acquisition for enhanced efficiency
- Supports high-resolution accurate-mass (HRAM) and ion trap mass analyzers
- Automates inclusion/exclusion list creation to improve profiling
- Dual fragmentation techniques with CID and HCD at any MSn stage
Specifications
- Mass range: Full MS 50–2000 m/z; MSn 40–2000 m/z
- Resolution: Orbitrap mass analyzer 7,500–500,000 FWHM at m/z 200
- Maximum acquisition rate: Orbitrap MSn up to 40 Hz, Ion trap MSn up to 45 Hz
- Mass accuracy: <3 ppm RMS (external calibration), <1 ppm RMS (internal calibration)
- MS/MS ESI ion trap sensitivity: Minimum S/N ratio of 100:1 for specific ion transitions
- Dynamic range: >5,000 within a single MS acquisition
- Dimensions (WxDxH): 50 x 30.2 x 27.7 inches
Weight
Imperial: 840.0 Pounds
Metric: 381.02 Kilograms
Shipping Dimensions
Imperial: 38.4 lb x 62.4 lb x 68.4 lb
Metric: 97.54 cm x 158.5 cm x 173.74 cm
Harmonized Code
902730
Harmonized Code Details
902730: Spectrometers and spectrographs using optical radiations (UV, visible, IR). Chosen for its relevance to mass spectrometry technology used in the analysis of small molecules.
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