espectrómetro ICP-MS
INICIO>>Analizador de Elementos>>ICP-MS spectrometer
The ICP-MS Spectrometer by SINOTEST is an advanced inductively coupled plasma mass spectrometry platform designed for ultra-trace, multi-element and isotopic analysis across a vast array of sample matrices. Specifically, it couples a high-temperature argon plasma with a precision mass analyzer to achieve detection limits down to the parts-per-quadrillion (ppq) level, making it one of the most sensitive elemental analysis techniques available today. Furthermore, this ICP mass spectrometer is the instrument of choice for applications demanding the lowest possible detection limits, including environmental monitoring, food safety, pharmaceutical research, materials science, semiconductor manufacturing, clinical diagnostics, and geological exploration. Consequently, the SINOTEST ICP-MS system provides comprehensive elemental analysis solutions across the environmental, food, pharmaceutical, and materials sectors—delivering definitive, high-sensitivity data for the most critical analytical challenges.
APLICACIÓN
MODELOS DISPONIBLES
Espectrómetro ICP-MS PlasmaMS 300
Espectrómetro ICP-MS PlasmaMS 400
MODELOS DISPONIBLES
Especificación técnica detallada
The PlasmaMS 300 espectrómetro ICP-MS integrates a comprehensive suite of advanced hardware and software modules designed for ultra-trace elemental analysis with exceptional stability and ease of use.
Quadrupole Analyzer
A high-throughput quadrupole mass analyzer, covering a mass range of 1–265 amu, fully meets the demands for high-resolution (< 0.8 amu) elemental analysis. Specifically, the instrument employs world-leading quadrupole RF power supply technology combined with Direct Digital Frequency Synthesis (DDS) to achieve automatic frequency matching. Consequently, this delivers remarkable signal stability and simplifies long-term maintainability.
Sistema de vacío
A high-performance turbo molecular pump, backed by an external mechanical pump, rapidly establishes the high vacuum necessary for optimal signal sensitivity. Furthermore, a fully automatic vacuum control system ensures the long-term stability of instrument operation, allowing for uninterrupted analytical workflows.
27.12 MHz Inductively Coupled Plasma RF Generator
A solid-state RF generator, characterized by extremely high power stability and effective shielding, guarantees a stable ion source and consistent signal output. In addition, a precisely controlled three-dimensional platform enables the automatic positioning and calibration of the torch, minimizing manual intervention.
Flexible Sampling Introduction
The system provides ports for coupling with external sampling devices, such as laser ablation (LA) and liquid chromatography (LC) systems. Moreover, it reserves assembly space for a semiconductor cooling device and supports the quick switching of an HF acid-resistant sampling system, which is available as an optional accessory.
Collision Cell System
A high-performance mass flow controller, managed by dedicated gas control software, operates the collision cell to rapidly establish the helium collision mode. As a result, this effectively eliminates polyatomic interferences, ensuring accurate results for complex sample matrices.
Excellent Reliability and Stability
The PlasmaMS 300 is built for robust, routine operation. A durable RF power supply, a vacuum system with emergency protection, and an intelligent automatic control system work in concert. Furthermore, a “one-click” operation feature for completing analysis and configuration eliminates human disturbance. Therefore, the system guarantees exceptional consistency and repeatability run after run.
Excelentes capacidades de análisis
The solid-state ICP source, featuring an excellent matching function, effectively limits ion diffusion during the ionization process, ensuring high ion focusing capability and a superior ion pass rate. Additionally, a deflection ion optical system achieves an optimal ion focusing effect, effectively reducing background noise and significantly improving the signal-to-noise ratio.
Powerful Coupling Technology
The instrument can be conveniently coupled with a laser ablation (LA) sampling system and liquid chromatography (LC). When combined with LA, the PlasmaMS 300 realizes direct solid-state sampling, simultaneously determining the contents of major, minor, and trace elements in aerosol samples. This coupled approach avoids complex sample preparation, improves testing efficiency, and expands the instrument’s overall detection capability. In combination with LC, the system can conduct speciation analysis of elements in organic substances, further broadening its applications and providing more comprehensive analytical solutions.
User-Friendly Operation Process
Intuitive and convenient “one-click” parameter settings are designed to improve user workflow efficiency. Moreover, the software provides a user-defined report format, built-in QC functions, and a LIMS interface, allowing seamless integration into regulated laboratory environments.
Mantenimiento conveniente
The design prioritizes ease of upkeep. Easy-to-disassemble and clean cones, along with the deflection ion optical system, reduce ion deposition and extend the maintenance cycle. Finally, a durable solid-state ICP source ensures trouble-free operation over the long term.
The PlasmaMS 300 espectrómetro ICP-MS incorporates a suite of advanced features engineered for robust, high-performance trace element analysis.
At its core, a 27.12 MHz high-efficiency, all-solid-state RF generator ensures exceptional plasma stability. To maximize data quality, a high-speed dynamic collision reaction cell (CRC) effectively eliminates polyatomic ion interferences. Furthermore, a self-developed DDS frequency conversion technology enables automatic, rapid frequency matching and tuning, guaranteeing long-term mass axis stability.
In terms of operational efficiency, a simple and intuitive software system allows for one-click setting of work parameters, significantly improving testing throughput. Moreover, the platform is equipped with rich hardware interfaces, enabling seamless coupling with techniques such as liquid chromatography (LC) and laser ablation (LA). Consequently, this ICP mass spectrometer supports advanced applications including speciation analysis and direct solid-sample injection, providing a versatile solution for demanding analytical challenges.
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