Thermo TSQ Endura LC/MS for PFAS Analysis Screening

Product Description

Thermo TSQ Endura LC/MS for PFAS Analysis Screening

The Thermo TSQ Endura LC/MS system offers cutting-edge capabilities for PFAS (per- and polyfluoroalkyl substances) screening, ensuring precise, reliable, and efficient analysis across diverse matrices. Ideal for laboratories focused on environmental and biological monitoring, this system provides exceptional sensitivity, robustness, and ease of use, enabling compliance with stringent regulatory standards.

Included Components:

• Thermo TSQ Endura LC/MS system optimized for PFAS analysis.
• Comprehensive Data System for streamlined workflows.

Key Features:

Advanced Analytical Performance:

• Targeted and Untargeted Screening: Flexible for various PFAS detection and quantitation needs.
• Superb Sensitivity: Detects trace levels of PFAS, even in complex sample matrices, ensuring regulatory compliance.
• Dynamic Range: Enables accurate quantification across a broad concentration range.

Robust and Reliable:

• Outstanding Robustness: Minimizes downtime and maximizes uptime for high-throughput environments.
• Reliability and Reproducibility: Delivers consistent, high-quality results for every sample, ensuring confidence in your data.

User-Friendly Design:

• Intuitive Software Interface: Simplifies method development, data acquisition, and analysis, making it accessible to users of all expertise levels.
• Streamlined Workflows: Improves efficiency for PFAS screening tasks.

EPA Method Compatibility:

The TSQ Endura LC/MS system meets sensitivity specifications similar to those outlined in EPA methods 537 and 537.1, providing a trusted solution for PFAS analysis in environmental applications.

Applications:

• Environmental Monitoring: Detect PFAS in water, soil, and air samples to safeguard ecosystems.
• Biological Matrices: Monitor PFAS levels in human and animal samples for public health research.
• Regulatory Compliance: Achieve and maintain compliance with established standards for PFAS detection.