ICP-MS Mass Spectrometer Model PlasmaMS300 Features:

Quadrupole Analyzer

High-throughput quadrupole (analysis mass range: 1-265 amu) can fully meet the demands for high resolution (<0.8 amu) element analysis.

Through the application of the world's leading quadrupole RF power supply technology and DDS (Direct Digital Frequency Synthesis) technology, it can achieve automatic frequency matching and bring about remarkable stability and maintainability.

Vacuum System

A high-performance turbo molecular pump and external mechanical pump can quickly achieve the high vacuum of the instrument and ensure signal sensitivity. A fully automatic vacuum control system can ensure the long-term stability of instrument operation.

27.12 MHz Inductively Coupled Plasma RF generator

By using the solid-state RF generator with extremely high power stability and good shielding design, PlasmaMS 300 can ensure the stability of the ion source and signal. In addition, the adoption of a precisely controlled three-dimensional platform realizes the automatic positioning and calibration of the torch.

Flexible Switching of Sampling Introduction Methods

The ports for coupling with external sampling devices such as laser ablation and liquid chromatography are provided, the assembly space for a semiconductor cooling device is reserved, and an HF acid-resistant sampling system (Optional Accessories) can be switched.

Collision Cell System

The collision cell, operated by a high-performance mass flow controller and gas control software, can quickly complete the helium collision model and effectively eliminate interference.

Product Features:

• Excellent Reliability and Stability
  With a sturdy and durable RF power supply, a vacuum system with emergency protection and an automatic control system, and intelligent one-key operation for completing analysis and configuration, PlasmaMS 300 eliminates human disturbance and guarantees the consistency and excellent repeatability of the instrument.

• Excellent Analysis Capabilities
  The solid-state ICP source with an excellent matching function can effectively limit ion diffusion during the ionization process and guarantee the focusing capability and high pass rate of ions. The ion optical system with deflection can ensure the optimal ion focusing effect, effectively reducing background noise and thus improving the signal-to-noise ratio.

• Powerful Coupling Technology
  It can conveniently couple with a laser ablation sampling system (LA) and liquid chromatography (LC). In combination with the LA system, PlasmaMS 300 can realize solid-state direct sampling and simultaneously determine the contents of major, minor, and trace elements in aerosol samples. The coupled system avoids a complicated sample preparation process, improves sampling and testing efficiency, and expands the detection capability of PlasmaMS 300. In combination with LC, it can conduct the speciation analysis of elements in organic substances, further expanding the detection capability and efficiency of PlasmaMS 300 and providing more comprehensive application solutions.

• User-Friendly Operation Process
  The intuitive and convenient "One-click" parameter settings can improve the work efficiency of users, also providing a user-defined report format according to customer requests and supplying QC function and LIMS interface.

• Convenient Maintenance
  The easy-to-disassemble and clean cones and deflection ion optical system can reduce ion deposition and extend the maintenance cycle of the instrument. The durable solid-state ICP source can ensure trouble-free use for a long time.

ICP-MS Inductively Coupled Plasma Mass Spectrometer

ICP-MS Inductively coupled plasma mass spectrometry is an elemental analysis technology capable of detecting most of the periodic table of elements at milligram to nanogram levels per liter. It is used in a variety of industries including, but not limited to, environmental monitoring, geochemical analysis, metallurgy, pharmaceutical analysis, and clinical research.

ICP-MS Mass Spectrometer Model PlasmaMS300

ICP-MS (Inductively coupled plasma mass spectrometry) has become one of the most effective analytical approaches for trace and ultra trace analysis on the strength of its low detection limit, low interference, high analysis accuracy, fast analysis speed, simultaneous determination of multi-elements and other outstanding analysis capabilities.

Qualitest ICP-MS Mass Spectrometer model Plasma MS300 is designed to meet the demands for trace analysis technology in such fields as metallurgy, environmental protection, geology, minerals and food and sets the goal of satisfying the demands of industry applications.

Our R&D team has mastered the key technologies in ICP radio frequency power supply, ion optics, quadrupole mass analyzer and successfully developed ICP-MS (Inductively coupled plasma mass spectrometer) Model PlasmaMS 300. We have developed analysis & testing methods suitable for various industries and solved such technical problems as determination of trace heavy metals in environmental media, rare earth, rare and scattered elements analysis in geology and

mineral resources, valuable & harmful element analysis in secondary resources, trace chemical composition and distribution analysis in metallic materials and speciation & valence analysis of poisonous and harmful elements in foodstuffs.

Application Field for ICP-MS Mass Spectrometer Model PlasmaMS300

Environmental Analysis and Testing Systematic application solutions and analytical methods have been established with PlasmaMS 300 to fulfill analysis and testing requirements for heavy metal elements in surface water, wastewater, soil, sediment, particulate matter in the atmosphere (waste gas), solid waste, and environmental samples.
Geological Samples Testing As the most powerful technology for multi-element analysis of geological samples, PlasmaMS 300, featuring high sensitivity, good accuracy, and strong anti-interference capability, can meet the demands for rapid and accurate multi-element analysis of the "Three Rare" mineral elements (rare elements, rare-earth element, and rare scattered element). It provides technical support for the investigation and effective utilization of "Three Rare" mineral resources.
Food Safety Issues PlasmaMS 300 can effectively detect the contents of multiple metal elements in food and contact packaging materials. Furthermore, if coupled with LC, it can also effectively separate different species and forms of some specific elements, totally meeting heavy metal residue analysis, heavy metal speciation, and nutrient element analysis in the field of food quality and safety.
Metal Materials Research In combination with the independently developed laser ablation sampling system (LA 300), PlasmaMS 300 can realize the analysis and characterization of the composition distribution of trace elements in special-shaped non-planar materials with small size and trace elements in situ statistical distribution of trace elements in the complex material system.