Agilent 5800 Series ICP-OES

Description

Key Features

1. Smart Technology:
   • Equipped with IntelliQuant Technology for semi-quantitative analysis, providing insight into sample composition, potential interferences, and contamination risks.
   • Sensor-based diagnostics and Early Maintenance Feedback (EMF) ensure reliable operation and reduce downtime.
2. High Sensitivity:
   • Delivers precise detection of trace and major elements with a wide dynamic range.
3. Axially and Radially Viewed Plasma:
   • Dual-view optics (axial and radial) ensure optimal sensitivity and robustness for diverse sample matrices.
4. Eco-Friendly Design:
   • Features low argon consumption and energy-efficient operation, reducing operational costs and environmental impact.
5. Comprehensive Software:
   • Operated via Agilent ICP Expert Software, which simplifies method development, data acquisition, and reporting.
   • Compatible with regulatory requirements (e.g., EPA, CLP, USP).
6. Versatile Sample Handling:
   • Supports liquid and solid samples with customizable introduction systems, including nebulizers and spray chambers.
7. Compact and Durable:
   • Space-saving design suitable for laboratories with limited bench space.
   • Built to withstand high workloads and challenging environmental conditions.

Technical Specifications

1. Detection Range:
   • Measures elements from sub-ppb (parts per billion) to percent levels.
2. Optical System:
   • Advanced solid-state CCD detector with high spectral resolution and stability.
3. Plasma Source:
   • RF generator ensures robust and stable plasma operation across a wide range of samples.
4. Argon Consumption:
   • Efficient plasma system minimizes gas usage, typically 10–12 L/min, depending on the configuration.
5. Sample Introduction:
   • Includes a high-efficiency nebulizer and spray chamber with options for high-matrix tolerance.

Advantages

1. Efficiency:
   • Fast analysis with high throughput, reducing time per sample.
   • Real-time diagnostics minimize unplanned downtime.
2. Cost-Effective:
   • Low argon consumption and reduced maintenance requirements.
3. Ease of Use:
   • User-friendly software interface simplifies operation and troubleshooting.
   • Preloaded templates for common applications speed up method setup.
4. Reliability:
   • Engineered for consistent performance under demanding conditions.
5. Sustainability:
   • Designed with eco-friendly operation in mind, using less argon and energy than many alternatives.