QL-ICP-MS-2000 Inductively Coupled Plasma Mass Spectrometer
The QL-ICP-MS-2000 is a fully automated ICP-MS system delivering ppt-level sensitivity, wide mass range analysis (2–255 amu), and reliable trace elemental detection for environmental, industrial, and research laboratories.
OVERVIEW
Description
The QL-ICP-MS-2000 Inductively Coupled Plasma Mass Spectrometer is a high-performance, computer-controlled analytical instrument. It is designed for precise micro-, trace-, and ultra-trace elemental analysis across most of the periodic table. Developed by QuakeLogic Inc., the system delivers exceptional sensitivity, accuracy, and long-term stability. It is perfect for laboratories requiring reliable analytical results at parts-per-trillion (ppt) levels.
Utilizing advanced argon plasma ionization and a high-efficiency hexapole ion guide system, the QL-ICP-MS-2000 ensures superior ion transmission. It offers optimized focusing across a wide mass range of 2–255 amu. Fully automated plasma control, computer-controlled XYZ torch positioning, and intelligent tuning functions provide consistent performance. This setup ensures reproducible analytical outcomes.
The instrument is engineered to handle complex sample matrices with confidence. It is suitable for applications ranging from environmental monitoring and food safety testing to semiconductor materials analysis. It is also suitable for medical research and academic studies. With its user-friendly software interface, cost-efficient operation, and robust construction, the QL-ICP-MS-2000 offers an optimal balance of analytical power. It also provides operational reliability and long-term value.
Key Features
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Wide mass range: 2–255 amu
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ppt-level ultra-trace detection limits
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High-efficiency hexapole ion guide system
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Dual-mode ETP detector (digital/analog without switching)
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Computer-controlled XYZ torch positioning
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Advanced plasma shielding for enhanced sensitivity
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Automated vacuum protection and system safety
Applications
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Environmental analysis (water, soil, air particulates)
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Food safety and heavy metal detection
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Semiconductor and high-purity materials testing
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Medical and clinical trace element analysis
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Nuclear and industrial process monitoring
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Academic and scientific research
Software & Operation
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Fully automated, computer-controlled operation
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Advanced data acquisition and processing
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Elemental and isotopic analysis capabilities
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Isotope ratio determination and dilution methods
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User-friendly interface with minimal training requirements













