Elite Tech. offers three triple quadrupole LC-MS/MS systems: MS²Vertical 9100 LC-MSMS, MS²Vertical 9010 LC-MSMS, and MS²Vertical 9020 LC-MSMS. Below is a comparative analysis of these systems, tailored for diverse application scenarios.
MS2Vertical 9100: Speed and Sensitivity Balance
For those pursuing ultimate efficiency and stability, the MS²Vertical 9100 triple quadrupole LC-MSMS is a noteworthy choice. It employs advanced triple quadrupole technology, supporting automatic switching between dual ion sources without manual intervention, enabling true millisecond-level conversion between positive and negative ion modes. With sensitivity reaching the femtosecond (fq) level, it demonstrates exceptional capability in analyzing trace components.
The system is coupled with a 3200L ultra-high-performance liquid chromatography (UHPLC) instrument, whose rapid 1-second sample injection capability significantly reduces sample waiting time. Whether for large-scale screening or precise quantification of complex matrices, this system provides stable and reliable high-throughput solutions, enabling smoother daily laboratory operations.
MS2Vertical 9010: A practical and reliable daily companion
For many routine testing laboratories, a cost-effective, stable, and durable device is often the preferred choice. The MS²Vertical 9010 LC-MSMS system was specifically designed for this purpose.
While ensuring high sensitivity, it places particular emphasis on operational stability and maintenance convenience. The system supports multiple scanning modes such as Multiple Reaction Monitoring (MRM), enabling flexible adaptation to diverse analytical requirements. In fields including medical testing, pharmaceutical quality control, food and pesticide residue detection, and environmental water analysis, it has become a trusted routine equipment in numerous laboratories.
MS2Vertical 9020: Breakthrough in Wide Domain and Pressure Resistance
The MS²Vertical 9020 LC-MSMS demonstrates unique advantages when the sample has a broad molecular weight range or when higher pressure is required for liquid-phase methods. It covers a mass range of m/z 5-3000, enabling the analysis of compounds ranging from small molecules to larger molecules such as peptides and small proteins. The system can withstand pressures up to 1300 bar and can be seamlessly integrated with more demanding UHPLC methods.
The precise temperature control system ensures the reproducibility of analytical results, while the fully Chinese-language user interface significantly reduces the learning curve, enabling technicians to operate more efficiently. From pharmaceutical process development to clinical biomarker detection, from complex food matrices to environmental unknown screening, it provides reliable qualitative and quantitative data support.
