The AA500 is the top-of-the-line AutoAnalyzer incorporating the latest innovations to deliver your laboratory the freedom of total automation while achieving very high precision and the lowest detections levels. The AA500 is the AutoAnalyzer you’ve been waiting for- total automation, ultralow detection, multitest chemistries, high throughput.
The SEAL AA500 AutoAnalyzer gives you total automation-just program and leave! Designed by our chemists for chemists.
The SEAL AA500 AutoAnalyzer incorporates features exclusive to SEAL AutoAnalyzers, and is designed specifically for environmental applications, making it ideal for analyzing nutrients in water, wastewater, seawater, soil, fertilizer and plant extracts.
Auto startup, auto method changeover, and auto shutdown including valve/ reagent wash and automatic platen engage and release.
The all-in-one housing, uses modular components to deliver a compact analyzer with more organization, more integration and more powerful control, all while using less bench space. System modules can be standalone or used to replace AA3 modules.
The high resolution dual beam LED digital photometer delivers long life, low maintenance, and the lowest detection levels, even in extreme environments. Optional LED wavelength modules 250nm- 880nm. Optional 10-50mm flow cells.
The chemistry manifold uses an easy fix system to position precision glass components. Glass is chemically inert and enables quick, easy visual checks & cleaning. Distillation, gas diffusion, dialysis and UV digestion can also be incorporated. Optional multitest manifolds available for quick method changeover.
AA500 Samplers are fast, robust and available with various rack sizes to meet your sample requirements. Samples can be added at any time during the run.
The instrument control and data acquisition software has been completely redesigned to give total digital control, including voice control, of all the analyzer’s functions. The AACE software package is now the most powerful, intuitive software driving a range of enhancements such as the reanalysis of runs and online and post debubbling.