The system is a quadrupole MS and includes:. ICPMS-2030 mass spectrometer. Cooling water circuit. ASX-280 autosampler. vacuum pump. PC with data. It offers unique analysis wizard features and integrates proprietary cost-reducing capabilities, enabling the ICPMS-2030 to provide efficient and sensitive trace element analysis for applications across numerous industries. This includes environmental testing, food and agricultural studies, cannabis testing and pharmaceutical toxic element analysis work in accordance with USP regulations. Simplify your ICP-MS analysis and get reliable trace-level results with confidence. Fast, easy method development. The system's design wizard automatically selects the optimal mass and internal standard for the target elements and suggests concentration ranges for calibration curves, allowing any ICP-MS user to easily develop reliable methods. Automated follow-up diagnostics. The diagnostic assistant identifies the presence or absence of mass interference based on qualitative analysis to quickly produce reliable ICP-MS results. Outstanding sensitivity. The optimized collision cell achieves superior ICP-MS sensitivity through efficient removal of molecular ions and high conversion of element ions using only helium gas. Reduced operating costs. The ICPMS-2030 inductively coupled plasma mass spectrometer significantly reduces operating costs by leveraging Shimadzu's proprietary technology. This includes:. Mini torch system that effectively reduces the amount of argon gas required for plasma generation (uses two thirds of the argon gas compared to conventional plasma torches). ECO mode that minimizes flow and energy consumption during standby time. Compatibility with 99.95% pure argon gas, instead of the more expensive 99.999% pure argon gas typically used. ICPMS-2030 Eco mode compared to traditional ICP-MS. Simultaneous analysis of main and trace elements. Nine orders of magnitude dynamic range with a secondary electron multiplier enabling ICP-MS analysis of major and trace components in the same sample. Online inter-element correction (IEC). Shimadzu's proprietary online IEC corrects for spectral interference that the collision cell could not eliminate. There is no need for complicated assessments of ICP-MS conditions as is the case with reaction cell technology. Minimal contamination. Placed behind the collision cell, the focusing lens improves ion transmission efficiency and eliminates photoelectric effects, optimizing the ICPMS-2030's compatibility with laser ablation systems. Easy to maintain interface and plasma torch. Allows all parts to be removed and installed without tools, resulting in increased uptime Labprocure is responsible for this device.