PlasmaMS 300 Inductively Coupled Plasma Mass Spectrometer

Instrument Introduction Inductively Coupled Plasma Mass Spectrometer (ICP-MS) has excellent analytical performance such as low detection limit, wide dynamic linear range, minimal interference, high analysis accuracy, fast analysis speed, and the ability to simultaneously determine multiple elements. It has become the most advanced instrument for trace and ultra trace analysis

Instrument Introduction

Inductively coupled plasma mass spectrometer (ICP-MS) has excellent analytical performance such as low detection limit, wide dynamic linear range, low interference, high analysis accuracy, fast analysis speed, and the ability to simultaneously determine multiple elements. It has become one of the most effective analytical methods for trace and ultra trace analysis. It can be widely used in industries such as environment, food, medicine, cosmetics, light industrial toys, materials, etc., and is an important means of trace element analysis.

Application field

Environmental analysis and testing field

PlasmaMS 300 ICP-MS has established a comprehensive application plan and analysis method for the analysis, testing, and detection of heavy metal elements in environmental samples such as surface water, wastewater, soil, sediment, particulate matter in the atmosphere (exhaust gas), and solid waste.

Food safety issues

PlasmaMS 300 ICP-MS can not only effectively detect the content of various metal elements in food and contact packaging materials, but also effectively separate the different valence states and forms of certain specific elements when combined with LC. It can fully meet the requirements of heavy metal residue analysis, heavy metal form analysis, and nutrient element analysis in the field of food quality and safety.

Light industrial toys with transferable elements

The combination of ICP-MS and ion chromatography-ICP-MS can meet the detection requirements of the ultra-low limit of mobile hexavalent chromium in the EU imported toy standard EN71-3 implemented in November 2019. Through the combination of IC-ICP-MS, trivalent chromium and hexavalent chromium can be effectively separated, with a detection limit of 0.006ng/mL, which can meet the extremely low detection limit requirements of EU toy EN71-3.

Heavy metal detection in traditional Chinese medicine

The 2020 revision of the Chinese Pharmacopoeia includes new requirements for limiting the content of heavy metals in medicinal materials. Gangyan Nanok Inductively Coupled Plasma Mass Spectrometry can effectively detect heavy metal content in traditional Chinese medicine, with simultaneous detection of multiple elements, low detection limit, and fast detection speed, providing protection for drug safety.

Research on Metal Materials

The combination of PlasmaMS 300 and the independently developed laser ablation sampling system (LA 300) can achieve the composition distribution of trace elements in small-sized irregular non planar materials and in-situ statistical distribution analysis and characterization of trace elements in complex material systems.

Mineral sample testing

PlasmaMS 300 has high sensitivity, good accuracy, and strong anti-interference ability, making it the most powerful technology for multi-element analysis of geological samples. Satisfies the demand for rapid and accurate multi-element analysis of mineral minerals, providing technical support for the investigation and effective utilization of mineral resources.

Instrument Features

Excellent reliability and stability

The sturdy and durable RF power supply, integrated vacuum system and automation control system with emergency protection measures, as well as intelligent instrument and analysis process settings that can be completed with just one click operation, minimize human interference, ensure the continuity and excellent repeatability of instrument operation.

Superior analytical capabilities

The solid-state light source with excellent matching function effectively limits the diffusion of ions during the ionization process, ensuring the focusing and extremely high pass rate of ions. The ion optical system with deflection ensures the best ion focusing effect, effectively reduces background noise, and improves signal-to-noise ratio.

Powerful combination technology

It can be conveniently combined with laser ablation sampling system (LA) and liquid chromatography (LC). By combining the functions of LA, direct solid injection of PlasmaMS 300 can be achieved, avoiding complex sample preparation processes, improving injection and testing efficiency, and expanding the detection capability of PlasmaMS 300. It can simultaneously determine the content of primary, secondary, and trace elements in sample aerosols. Combined with LC, it can perform morphological analysis of elements in organic compounds, further expanding the detection capability and efficiency of PlasmaMS 300 and providing a more comprehensive application solution.

Humanized operation process

The software interface is entirely in Chinese, which conforms to the thinking habits of Chinese people. The "one click" parameter setting is intuitive and fast, improving users' work efficiency. Capable of customizing report formats according to customer requirements, while providing QC functionality and LIMS interfaces.

Convenient maintenance

The easy to disassemble and clean cone mouth system and the ion lens system with deflection reduce ion deposition and extend the maintenance cycle of the instrument. The durable solid-state light source ensures long-term trouble free use of the instrument. Relying on NAC's nationwide service network, we have achieved comprehensive after-sales service for our instruments.