Icp-Ms8880 Inductively Coupled Plasma Mass Spectrometer

Inductively coupled plasma mass spectrometer (ICP-MS) is a new trace, trace and ultra-trace element analysis technology developed in the 1980s. ICP-MS can measure most of the elements in the periodic table, and has the performance advantages of extremely low detection limit, extremely wide dynamic linear range, simple spectrum, less interference, high precision, and fast analysis speed.
ICP-MS8880 is an independent research and development product. The performance of the instrument is better than the national standard, which fully meets the application needs of users in different industries, and is cost-effective; and has excellent instrument performance and efficient analysis results. The daily operation of the instrument consumes low cost of equipment.
It can be used in universities, quality inspection centers, environmental monitoring stations, enterprises, agricultural systems, mines, environmental protection, geology and metallurgy, electronics, food safety, chemical and pharmaceutical industries, etc.
 

The integrated air circuit module reduces air circuit joints, is lightweight and modular, and ensures that the instrument is easy to move and work.
The self-developed solid-state power supply can ensure that the instrument runs in multiple modes (such as conventional mode, cold plasma mode), and allows multiple modes to run in the same method, saving a lot of analysis time and facilitating research.
The adoption of mainstream market design greatly saves the space occupied by the instrument for users, especially third-party testing users, and also increases the possibility of realizing in-vehicle applications in the future.
The software interface is quickly switched between Chinese and English, and the "one-button" parameter setting is intuitive and quick, which improves the user's work efficiency. It also provides the ability to automatically control the instrument and its accessories, which is perfectly adapted to the Windows professional operating system.
 

Quality and quantity range:2~260 amu
Measuring range:≥10⁹
Sensitivity: Li≥50; In≥180; U≥200(Mcps/ppm)
The detection limit: Li≤30;In ≤10;U≤10(ppt)
Resolution:0.2~2.0amu
Signal-to-noise ratio:≥50×10⁶
Background noise:≤2 cps(Full quality range)
Mass axis stability:≤0.05 amu/24 h
Stability RSD: short term≤2%;long term≤3%
Oxide ion:CeO⁺/Ce⁺≤2.5%
Divalent ion:⁶⁹Ba²⁺/¹³⁸Ba⁺ ≤3%
Isotope ratio:(¹⁰⁷Ag/¹⁰⁹Ag)≤0.2%
Abundance sensitivity:≤1×10^-6 Low quality end;≤5×10^-7 High-quality end