LabTech LabAA2000 AAS | Estimated Price: US$22,000

LabTech LabAA2000 AAS

The LabAA2000 performs atomic absorption analysis with configured flame and graphite furnace atomization. The described system includes background correction, automatic lamp handling, and safety monitoring functions.

Manufacturer-stated features and specifications

• Equipped with both flame and graphite furnace atomizers, featuring automatic switching and a modular design that allows flexible configuration or upgrades as needed.
• Fully automatic 8-lamp-position rotating lamp tower with automatic switching and customizable working/preheating lamp settings.
• Full-reflection optical system with achromatic performance across the entire wavelength range, enabling automatic wavelength scanning and peak detection.
• Both flame and graphite furnace systems are equipped with a deuterium lamp and self-absorption background correction to meet the detection needs of complex sample matrices.
• All-titanium burner ensures stable combustion and rapid thermal equilibrium.
• Constant power temperature control for the graphite furnace achieves uniform temperature distribution within the graphite tube.
• Reliable multi-layer protection system including real-time flame monitoring, acetylene leak detection and protection, abnormal pressure monitoring, and cooling water monitoring.
• Powerful operating software with a user-friendly interface.
• Compliant with 21 CFR Part 11 regulations, featuring permissions management and audit trails.

Estimated equipment price only. Shipping, import duties, installation, and logistics are additional and vary by destination and shipping method. We will contact you to confirm the total cost before processing your order.

Applications

Environmental analysis; Food and beverage testing; Pharmaceutical analysis; Medical and public health research; Semiconductor analysis; Geology and mining; Forensic analysis; Industrial materials analysis; Energy and chemical analysis; Nuclear analysis. Suitability depends on the configured method and sample matrix.