Dual Trap Miniature Mass Spectrometer
The Magician of Ion Manipulation
All-in-one
Used with ambient ionization cartridges, it does not require the typical LC-MS lab conditions or gas sources. Simple maintenance and low operating costs allow one unit to serve as a full MS lab.
Performance
Robust performance with exceptional sensitivity, a broad mass range, higher resolution, and up to 5 levels of MSn ensure rapid and precise analyses.
Versatility
It supports TTDI, CE and other customized front END techniques. Its multi-channel MSn capability makes it ideal for trace amount samples, such as single-cell analyses and imaging applications.
No LC
No External Pump
No External Gas Source
No Strict Environment Needed
Ideal for Trace Amount Samples
Diverse Ion Manipulation Modes
Unparalleled Scalability
Robust Performance
Ambient Ionization Cartridge
Advantages
- 60cm×30cm×40cm，less than 25kg
- No external additional requirements
- no laboratory-grade environment required
- No need for complex sample pre-treatment
- User-friendly interface
- Customizable library, one-click detection
- 50-2000 Da
- High data reproducibility
- Enabling trace detection
- MS5
- In-trap，Beam-type fragmentation modes
- up to 40 target compounds can be analyzed in one scan
- Achieves MSn analysis of multiple components
Versatile Analysis
——More Features, Expanded Capabilities
Multi-channel MSn on Single injection
Trace Amount Sample Analysis
Dual Mode Fragmentation for Deeper Structural Analysis
In-trap CID
Beam-type CID
Application Areas
Quality analysis of food and pharmaceuticals
Trace analysis of biological samples
Structural analysis of biomolecules
Quantitative detection of disease biomarkers
The Dual Trap Miniature Mass Spectrometer facilitates the detection of peptides across a mass range of 50 to 2000 m/z, enabling rapid analysis for:
- Peptide qualification;
- Peptide quantification;
- Quantification of hydrolyzed proteins.
The miniature mass spectrometer enhances the portability and accessibility of the mass spectrometry system, making it suitable for:
- Field-deployable applications;
- Accessible analysis in remote locations;
- Rapid on-site analysis.
