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Key Features:
• Ultra-sensitive quadrupole ICP-MS with industry-leading detection limits down to sub-ppt levels
• Enhanced ion optics and plasma interface design for improved sensitivity and stability
• Collision Reaction Interface (CRI) technology with direct gas injection to effectively eliminate polyatomic interferences
• High-speed quadrupole scanning for rapid, multi-element analysis
• Extended dynamic range for accurate measurement from ultra-trace to high-concentration elements
• Exceptional long-term stability for demanding high-throughput laboratories
• Full compliance with regulated industries through secure, 21 CFR Part 11-ready software -
Applications:
• Pharmaceutical and biotechnology QC for elemental impurity analysis (ICH Q3D, USP <232>/<233>)
• Environmental monitoring of ultra-trace pollutants in water, soil, and air particulates
• Food and agriculture safety testing for toxic metals and nutritional element profiling
• Clinical and toxicology biomonitoring of trace elements in biological fluids
• Semiconductor and advanced material industries requiring ultra-trace contaminant analysis -
Specifications:
Specification Details ICP-MS Platform Bruker aurora Elite Quadrupole ICP-MS MS System Type Single Quadrupole Ionization Source Inductively Coupled Plasma (ICP) Collision/Reaction Cell CRI (Collision Reaction Interface) with direct gas injection Sensitivity >2.0 Mcps/ppb (⁷Li) Background Noise <0.05 counts per second Detection Limits Sub-ppt levels, ultra-trace capability Dynamic Range Up to 10–11 orders of magnitude Autosampler Compatible with Bruker and third-party autosamplers Interface High-performance Ni cones (Pt cones optional) Software Bruker ICP-MS software with compliance tools Compliance 21 CFR Part 11 compatible