Avio 3000 ICP-OES for Wastewater Analyses

Laboratories conducting wastewater analyses must balance sensitivity, robustness, fast turnaround, regulatory compliance, and cost control. Engineered for high-throughput routine elemental analysis, PerkinElmer’s new Avio^® 3000 ICP-OES addresses the challenges of complex matrices while improving operational efficiency and data quality.

A key advantage for wastewater testing laboratories is the system’s ability to deliver accurate, defensible results across a broad concentration range. Wastewater samples often contain both trace-level contaminants and higher-concentration elements. The Avio 3000’s advanced optical system and next-generation high-sensitivity detector enable reliable low-level detection while maintaining precision at higher concentrations. Plus, its dual view capability allows seamless switching between axial and radial plasma views, optimising sensitivity and matrix tolerance for diverse sample types.

Analytical robustness is equally critical for wastewater applications. Variable matrices containing dissolved solids, salts, and organics can destabilise conventional plasmas. The Avio 3000’s patented HeliPlate™ plasma technology provides a stable, resilient plasma capable of handling challenging samples with minimal interference. This reduces the need for extensive sample preparation or dilution, improving throughput and minimising potential errors.

High productivity is another major benefit. Wastewater testing laboratories often process large sample volumes under demanding turnaround times. The Avio 3000’s true simultaneous ICP-OES design and next-generation detector enable rapid multi-element analysis in a single run, increasing throughput while maintaining consistent data quality.

The Avio 3000 is also engineered for cost-efficient operation. HeliPlate plasma technology reduces argon consumption by up to 50%, while chiller-free operation eliminates the need for external cooling systems, lowering energy use, maintenance requirements, and laboratory footprint. These advantages contribute to a lower total cost of ownership, particularly valuable for high-volume environmental testing labs.

Simplified workflows and reduced maintenance further improve uptime and ease of use. The integrated system design minimises operational complexity, allowing analysts to run routine methods with greater confidence and less manual intervention.

Overall, PerkinElmer’s new Avio 3000 ICP-OES delivers a strong combination of sensitivity, robustness, speed, and operational efficiency, helping wastewater testing laboratories generate reliable data while supporting regulatory compliance and long-term productivity.

For more information about PerkinElmer’s new Avio 3000 ICP-OES, click here.