High-Precision Inductively Coupled Plasma Mass Spectrometer (ICP-MS) for Ultra Trace Element Analysis
Mass range: 2–260 amu
Sensitivity: ≥180 Mcps/ppm (In), ≥200 Mcps/ppm (U)
Detection limit: ≤2 ppt (Li), ≤0.1 ppt (In, U)
Resolution: 0.2–2.0 amu
Signal-to-noise ratio: ≥50×10^6
Stability RSD: Short term ≤2%, Long term ≤3%
Oxide ion ratio (CeO+/Ce+): ≤2.5%
Sensitivity: ≥180 Mcps/ppm (In), ≥200 Mcps/ppm (U)
Detection limit: ≤2 ppt (Li), ≤0.1 ppt (In, U)
Resolution: 0.2–2.0 amu
Signal-to-noise ratio: ≥50×10^6
Stability RSD: Short term ≤2%, Long term ≤3%
Oxide ion ratio (CeO+/Ce+): ≤2.5%
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PICP-MS6880
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TOP
Inductively Coupled Plasma Mass Spectrometer (ICP-MS) is a new trace, trace, and ultra trace element analysis technique developed in the 1980s. ICP-MS can determine most elements in the periodic table and has performance advantages such as extremely low detection limit, wide dynamic linear range, simple spectral lines, minimal interference, high precision, and fast analysis speed.
Integrated gas path module, reducing gas path joints, lightweight and modular, ensuring that the instrument is easy to move and work
The independently developed solid-state power supply can ensure that the instrument operates in multiple modes (such as conventional mode and cold plasma mode), and allows multiple modes to be run in the same method, saving a lot of analysis time and facilitating research,
Adopting mainstream market design greatly saves instrument space for users, especially third-party detection users, and increases the possibility of future in car applications.
The solid-state light source with excellent automatic matching function effectively limits the diffusion of ions during the ionization process, ensuring the focusing and extremely high pass rate of ions.
The split design of the fog chamber and swirl fog chamber reduces the impact of temperature changes in the combustion chamber on atomization efficiency, allowing for more intuitive observation of real-time injection status. Combined with patented technology, the extended fog chamber effectively separates air waves and reduces the interference of water vapor.
The plasma gas, auxiliary gas, and carrier gas used in the operation of the instrument are all controlled by high-precision imported mass flow controllers (MFCs), which have continuously adjustable flow rates and high accuracy in output airflow, ensuring the accuracy of test data.
The peristaltic pump is designed with twelve rotors and four channels for fully automatic operation, and the rotational speed of the peristaltic pump can be adjusted according to the required flow rate; Can meet the special usage requirements of customers for online sample dilution and online addition of internal standards.
Quickly switch between Chinese and English software interfaces, with a "one click" parameter setting that is intuitive and fast, improving users' work efficiency. It also provides the ability to automatically control instruments and their accessories, perfectly adapting to the Windows professional operating system
Inductively Coupled Plasma Mass Spectrometer (ICP-MS) is a new trace, trace, and ultra trace element analysis technique developed in the 1980s. ICP-MS can determine most elements in the periodic table and has performance advantages such as extremely low detection limit, wide dynamic linear range, simple spectral lines, minimal interference, high precision, and fast analysis speed.
Integrated gas path module, reducing gas path joints, lightweight and modular, ensuring that the instrument is easy to move and work
The independently developed solid-state power supply can ensure that the instrument operates in multiple modes (such as conventional mode and cold plasma mode), and allows multiple modes to be run in the same method, saving a lot of analysis time and facilitating research,
Adopting mainstream market design greatly saves instrument space for users, especially third-party detection users, and increases the possibility of future in car applications.
The solid-state light source with excellent automatic matching function effectively limits the diffusion of ions during the ionization process, ensuring the focusing and extremely high pass rate of ions.
The split design of the fog chamber and swirl fog chamber reduces the impact of temperature changes in the combustion chamber on atomization efficiency, allowing for more intuitive observation of real-time injection status. Combined with patented technology, the extended fog chamber effectively separates air waves and reduces the interference of water vapor.
The plasma gas, auxiliary gas, and carrier gas used in the operation of the instrument are all controlled by high-precision imported mass flow controllers (MFCs), which have continuously adjustable flow rates and high accuracy in output airflow, ensuring the accuracy of test data.
The peristaltic pump is designed with twelve rotors and four channels for fully automatic operation, and the rotational speed of the peristaltic pump can be adjusted according to the required flow rate; Can meet the special usage requirements of customers for online sample dilution and online addition of internal standards.
Quickly switch between Chinese and English software interfaces, with a "one click" parameter setting that is intuitive and fast, improving users' work efficiency. It also provides the ability to automatically control instruments and their accessories, perfectly adapting to the Windows professional operating system
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