PerkinElmer AAnalyst 800 Atomic Absorption Spectrometer with AS800 Autosampler and Cooling Accessory

The PerkinElmer AAnalyst 800 atomic absorption spectrometer equipped with the AS800 autosampler and a cooling accessory is engineered for high-throughput elemental analysis across a broad spectrum of industries including biotechnology, environmental science, pharmaceuticals, and food safety. This system supports flame and graphite furnace atomization via an automated motorized atomizer exchange, accelerating workflows in molecular diagnostics and bioprocessing where precise trace metal quantification is critical.

Key technical features include:

• Wavelength range: 190–900 nm, accommodating diverse element detection essential in synthetic biology and biomanufacturing
• Diffraction grating: 1800 lines/mm blazed at 236 nm and 597 nm for high-resolution spectral analysis
• Spectral bandwidths: selectable 0.2, 0.7, and 2.0 nm with dual height, allowing optimized sensitivity and specificity in clinical diagnostics and environmental biomonitoring
• Motorized slit drive: automatic slit selection enhances spectral accuracy and operational efficiency
• True Temperature Control (TTC) and Stabilized Temperature Platform Furnace (STPF): integrated platform tubes provide stable furnace temperatures that minimize interferences, critical for molecular cloning and gene editing applications requiring reliable metal quantification

Ideal for laboratories demanding reproducible data for large sample volumes, this AA spectrometer enables precise elemental determination in biopharmaceutical production pipelines and nanomaterials research. Its modular design facilitates seamless switching between flame and graphite furnace modes, serving a wide range of application areas including fluorescence analysis, live-cell imaging prep, and clinical toxicology studies.

Note: The burner and elemental AA lamps are not included, and the unit is sold as-is. A compatible FIMS 100 mercury analyzer is available separately to extend mercury-specific analyses relevant for environmental toxicology and biomonitoring workflows.

This system is widely adopted in synthetic biology research and essential for molecular diagnostics involving trace metals, making it a robust solution for biotechnology labs focused on bioprocessing and gene editing quality control.