Triple Quadrupole ICP-MS/MS System

A tandem quadrupole ICP-MS that places a reaction cell between two mass filters, resolving the polyatomic overlaps that defeat single-quadrupole instruments. Suited to high-purity materials, semiconductor process chemicals and rare-earth work where the analyte sits under a stubborn interference.

Key features

• Vertical ion optics and dual deflection design effectively remove neutral species, reducing background and improving detection accuracy.
• Robust torch and ion optics design allow direct analysis of high-salt and volatile samples with excellent stability.
• A pre-cell quadrupole (Q1) filters out unwanted ions before the collision/reaction cell, enabling ppt-level detection even for challenging elements like phosphorus and sulfur.
• Compatible with autodigestion, chromatography, solid/gas injection systems for expanded application flexibility.
• Intelligent gas control and low-power standby mode reduce argon consumption by over 50%.
• Highly sensitive electron multiplier
• Triple quadrupole design
• Right-angle ion optics

Applications

Built for high-purity materials and semiconductor laboratories.

• Food safety
• Environmental monitoring
• Clinical
• Alloy steel
• environmental, food, life science, and semiconductor fields
• The combination of ultra-high performance liquid chromatography and ICP-MS technology can realize the speciation and valence analysis of mercury, tin, lead, arsenic and chromium in samples.
• customized method packages are provided for monitoring and on-line analysis in semiconductor and other fields

Choosing the right configuration

Match the sample matrix and target elements to the required detection limits, sample-introduction hardware, gas supply, exhaust, cooling, and data-system configuration. ConductScience confirms these items against the proposed method before the system is quoted.