Inductively Coupled Plasma Mass Spectrometry Systems
Applications: Environmental monitoring, mining analysis, food safety, clinical research
Single Quadrupole ICP-MS
- Detection Limits: Sub-ppt for most elements
- Ideal For: Routine elemental analysis, drinking water testing
- SADC Applications: Mining effluent monitoring, soil contamination studies, food import/export testing
- Key Features: Collision/reaction cell technology, fast analysis times
- Featured Systems: Agilent 7850, PerkinElmer NexION 1000, Thermo Scientific iCAP RQ
Triple Quadrupole ICP-MS/MS
- Detection Limits: Improved 10-100x over single quad for difficult elements
- Ideal For: Complex matrices, regulatory compliance
- SADC Applications: Geological exploration, clinical toxicology (As, Hg, Cd), high-purity materials
- Key Features: MS/MS operation for interference removal, oxygen reaction mode
- Featured Systems: Agilent 8900, Thermo Scientific iCAP TQ
High Resolution ICP-MS
- Resolution: 400 to 10,000
- Ideal For: Research applications, isotope ratio analysis
- SADC Applications: Geochronology, nuclear monitoring, advanced materials research
- Key Features: Flat-topped peaks, simultaneous elemental and isotopic analysis
- Featured Systems: Thermo Scientific Element XR, Nu Instruments Sapphire
Local Support & Optimization: Every GC-MS system includes method packages optimized for SADC priorities: mining effluent analysis, agricultural export compliance (EU, US standards), and local water quality standards. Our engineers provide site-specific training on method implementation and maintenance.
African-Ready ICP-MS Features:
- Water-Cooled Options: For high ambient temperature environments
- Generator Stability: Optimized for voltage fluctuations common in SADC
- Local Standards: CRM’s validated for African soil, water, and biological matrices
- Field Support: Mobile calibration services for remote mining sites
Request a Free Consultation
Whether you require equipment, technical support, or strategic scientific consultancy, our team is ready to assist.