Product Description
Starting from Scratch? We've got you covered!
Our advanced Atomic Absorption Package includes everything you need to get started using Atomic Absorption for trace metals analysis.
At the heart of our package is the Buck Accusys 211. The 211 has all the same great features as the 210VGP but comes with an automated gas box for push button crossover between Air acetylene and acetylene Nitrous oxide. The 211 also has a push button glow plug igniter, and automatic gas shut off if the flame is extinguished.
The package includes:
- Buck Analyst software
- Nitrous Oxide Burner head
- Acetylene Burner head
- oil-less Air compressor
- hood and vent kit
- 3 hollow cathode lamps (common elements only)
- 3 standard solutions (common elements only)
- Acetylene Regulator
- Nitrous Oxide regulator
Multi-Element Analysis EfficiencyThis atomic absorption spectrophotometer enables simultaneous analysis of up to six elements, thanks to its versatile lamp turret and advanced automation features. Laboratories conducting metals and minerals research benefit from reduced analysis time and increased throughput, making it ideal for high-volume sample testing in academic, industrial, and quality control settings.
Superior Sensitivity and AccuracyMeasuring ultra-trace levels with a sensitivity below 0.02 ppm for copper and an accuracy of 0.5%, the AAA-8P Series ensures reliable quantification across a wide measurement range. It uses standard addition and multi-point curve calibration methods for robust and reproducible results, essential for demanding laboratory environments.
Safety and Automated ControlsEnhanced with flame protection, a burner sensor, and gas leak alarms, the system prioritizes operator safety. Automated gas controls and safety interlocks streamline analyses while minimizing risk, supporting secure and consistent operation even in high-throughput settings.
FAQs of Advanced Atomic Absorption Package:
Q: How does the AAA-8P Series improve metal and mineral analysis processes in laboratories?
A: The AAA-8P Series streamlines analysis with automated control systems, multi-element capabilities, and rapid calibration methods, which significantly reduce testing time while enhancing accuracy and safety for metals and minerals research.
Q: What types of calibration methods are supported by this spectrophotometer package?
A: The system utilizes both standard addition and multi-point curve calibration methods, offering flexible and precise quantification suitable for a wide variety of sample complexities and concentrations.
Q: When is it recommended to use the N2O/Acetylene flame option instead of the air-acetylene standard flame?
A: The N2O/Acetylene flame is recommended for analyzing refractory or high-temperature elements that cannot be efficiently atomized using a standard air-acetylene flame, thereby expanding the instruments application range.
Q: Where can the AAA-8P Series be installed and operated most effectively?
A: The package is designed for laboratory settings such as university research labs, industrial quality control, or environmental monitoring facilities and performs optimally within its recommended ambient humidity and temperature conditions.
Q: What are the benefits of the instruments automated gas control system?
A: Automated gas control ensures precise flame conditions, reduces manual intervention, enhances reproducibility of results, and provides built-in safety interlocks for operator protection.
Q: How does the proprietary Windows-based software facilitate data management and analysis?
A: The integrated software offers an intuitive interface for instrument control, real-time data acquisition, calibration, and comprehensive results management through USB/RS232 outputs, making reporting and analysis efficient and customizable.
Q: What is the process for sample introduction and measurement using the AAA-8P Series?
A: Samples are introduced via an aspiration nebulizer, atomized in the burner, and analyzed using high-contrast LCD displays and advanced detection systems that measure metal concentrations from ultra-trace levels (ppb) to higher concentrations (ppm).