ICP-MS Inductively Coupled Plasma Mass Spectrometer

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　　The ICP-MS inductively coupled plasma mass spectrometer meets all performance requirements specified in the standards; it can satisfy the needs of users in various industries and offers good cost-performance ratio； It also features good instrument performance and efficient analysis results. The cost of consumables for the daily operation of the instrument is low. 　　Application areas: universities, quality inspection centers, environmental monitoring stations, enterprises, agricultural systems, geology and mining industries, environmental protection, geological metallurgy, electronics and electrical appliances, food safety, chemical and pharmaceutical industries, etc. 　　Technical specifications Quality and quantity range: 2–255 amu Measurement range: ≥108 Sensitivity: Be≥2×106 ； In≥35×106 ； U≥30×106 units (cps/mg/L) 　Detection limit: Be≤10 ； In≤2 ； U≤2 units (ng/L) Resolution: 0.6~0.8amu Signal-to-noise ratio: ≥50×106 Background noise: ≤2cps (across the entire mass range) Stability of the mass axis: ≤0.05amu/24h Stability RSD: ≤3% in the short term ； Long-term value ≤4% Oxide ions: CeO+/Ce+ ≤3% Divalent ions: 69Ba2+/138Ba+ ≤3% Isotopic ratio: (107Ag/109Ag) ≤0.2% Performance features of ICP-MS inductively coupled plasma mass spectrometer: 1. Integrated gas path module, reducing the number of gas connections; lightweight and modular design to facilitate portability of the instrument. 　　2. The independently developed solid-state power supply ensures that the instrument can operate in various modes (such as normal mode and cold plasma mode), and allows multiple modes to be used within the same method, thereby saving a significant amount of analysis time and facilitating research. 　　3. By adopting a mainstream market design, it **saves space occupied by instruments for users, especially those who use third-party testing services**, and also increases the possibilities for future use in vehicle applications. 　　4. It uses a thermoelectric original integrated quartz concentric torch tube, avoiding the complicated operations associated with detachable torch tubes and the potential damage that may result from them. Article source: http://www.macy17.cn/ 5. The instrument is equipped with highly sensitive fiber optic sensors that allow for real-time monitoring of the flame’s operation while it is in use; in the event of an abnormal shutdown of the flame, the instrument can be shut down automatically. 　　6. Solid-state light sources with good automatic matching capabilities effectively restrict the diffusion of ions during the ionization process, ensuring ion focusing and a very high transmission rate. The ion optics system with deflection ensures good ion focusing, effectively reduces background noise, and improves the signal-to-noise ratio.