Bruker Maldi-Tof Microflex massagreiningartækiBruker
Microflex
Bruker Maldi-Tof Microflex massagreiningartæki
Bruker
Microflex
Ástand
Notað
Staðsetning
Duxford 

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Upplýsingar um vélina
- Heiti vélar:
- Bruker Maldi-Tof Microflex massagreiningartæki
- Framleiðandi:
- Bruker
- Gerð:
- Microflex
- Ástand:
- notaður
Verð og staðsetning
- Staðsetning:
- Duxford, UK

Hringdu
Tilboðsupplýsingar
- Auglýsingarauðkenni:
- A20123245
- Tilvísunarnúmer:
- 43080.2B
- Uppfærsla:
- síðast þann 18.11.2025
Lýsing
This listing is for the This listing is for the Bruker microflex mass spectrometer
The unit is in full working condition and is ready for immediate use
The Bruker Microflex is a Matrix-Assisted Laser Desorption/Ionization Time-of-Flight Mass Spectrometer (MALDI-TOF MS), primarily used for rapid identification of microorganisms, biomolecules (like proteins and peptides), and polymers. It is part of Bruker’s MALDI Biotyper series
Key Components:
Laser Source: Nitrogen or solid-state laser (commonly 337 nm UV)
Ion Source: Vacuum chamber with MALDI target plate
Podoxhdxqjpfx Aanegw
Flight Tube: Measures time-of-flight of ions
Detector: Converts ion arrival times into a mass spectrum
MALDI Target Plate: Metal plate for spotting samples mixed with matrix
How It Works (Simplified):
Sample Prep: Mix analyte with a MALDI matrix (e.g., α-cyano-4-hydroxycinnamic acid).
Laser Ionization: Laser hits the matrix, causing it to ionize the sample.
Ion Acceleration: Ions accelerated into TOF analyzer.
Detection: Time-of-flight is measured; smaller ions reach the detector faster.
Spectrum: Mass/charge ratio (m/z) plotted vs intensity.
Physical Specs (Approximate):
Footprint: Desktop size (about 80 cm width)
Weight: ~100–120 kg (varies by model/version)
Power: Standard lab electrical supply
Environment: Requires clean, stable temp/humidity condition
The unit is in full working condition and is ready for immediate use
The Bruker Microflex is a Matrix-Assisted Laser Desorption/Ionization Time-of-Flight Mass Spectrometer (MALDI-TOF MS), primarily used for rapid identification of microorganisms, biomolecules (like proteins and peptides), and polymers. It is part of Bruker’s MALDI Biotyper series
Key Components:
Laser Source: Nitrogen or solid-state laser (commonly 337 nm UV)
Ion Source: Vacuum chamber with MALDI target plate
Podoxhdxqjpfx Aanegw
Flight Tube: Measures time-of-flight of ions
Detector: Converts ion arrival times into a mass spectrum
MALDI Target Plate: Metal plate for spotting samples mixed with matrix
How It Works (Simplified):
Sample Prep: Mix analyte with a MALDI matrix (e.g., α-cyano-4-hydroxycinnamic acid).
Laser Ionization: Laser hits the matrix, causing it to ionize the sample.
Ion Acceleration: Ions accelerated into TOF analyzer.
Detection: Time-of-flight is measured; smaller ions reach the detector faster.
Spectrum: Mass/charge ratio (m/z) plotted vs intensity.
Physical Specs (Approximate):
Footprint: Desktop size (about 80 cm width)
Weight: ~100–120 kg (varies by model/version)
Power: Standard lab electrical supply
Environment: Requires clean, stable temp/humidity condition
Bjóðandi
Athugasemd: Skráðu þig ókeypis eða skráðu þig inn, til að fá aðgang að öllum upplýsingum.
Skráð frá: 2019
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