Product Description
Brand Thermo Fisher Scientific
Model Dionex
Capacity 0.00 to 5.00 mL/min.
CAT No 22176-60002
Application Chromatography
Perform basic ion analysis reliably with the Thermo Scientific Dionex Aquion IC system, a simple, compact platform with straightforward operation for budget-limited labs. Dionex Aquion supports electrolytic suppression and includes a vacuum degasser for inline degassing of eluents. Enjoy fast startup times and reliable performance for applications in environmental, food safety, and academic labs. Dionex Aquion bundles for anion or cation analysis include all hardware, software, and consumables to get started, with optional extended warranties available for peace of mind.
Compact, High-Performance IC SystemThe Dionex Aquion Ion Chromatography System is engineered for high sample throughput and reliability, especially when paired with an autosampler. Its robust yet compact footprint (39.4 x 41.1 x 20.3 cm) and corrosion-resistant materials make it ideal for space-conscious labs requiring consistent performance in routine water or environmental analysis.
Effortless Operation and MaintenanceDesigned with accessibility in mind, the system uses an intuitive Serial LCD with LED indicators, aiding seamless operation and status monitoring. The integrated eluent organizer and waste tray, along with semi-automatic features, make setup and maintenance simple, minimizing downtime and manual intervention.
Precise and Flexible Ion AnalysisEquipped with a sensitive conductivity detector and high linearity (>99.9%), the Dionex Aquion delivers reproducible quantitative results across low ppb to high ppm ranges. Its compatibility with suppressed or nonsuppressed detection modes and various Dionex IonPac columns enhances versatility for a range of ion analysis applications.
FAQ's of Thermo Scientific Dionex Aquion Ion Chromatography (IC) System:
Q: How is sample injection performed with the Dionex Aquion IC System?
A: Sample injection can be carried out manually or automatically if an autosampler is installed. The system supports injection volumes ranging from 0.1 to 250 L, enabling both low- and high-volume sample analysis for diverse laboratory requirements.
Q: What types of samples and analyses is the Dionex Aquion system intended for?
A: This system is primarily used for water and environmental analysis, including routine determination of anions and cations in drinking water, wastewater, or other aqueous samples. Its broad measurement range from low ppb to high ppm makes it suitable for regulatory and research applications.
Q: When should I use suppressed versus nonsuppressed conductivity detection?
A: Suppressed conductivity detection is recommended for greater sensitivity and reduced noise in high-precision analyses, whereas nonsuppressed detection is suitable for samples and methods where matrix interference is minimal or a high background signal can be tolerated.
Q: Where can I install and operate the Dionex Aquion IC system?
A: The system is designed to operate in laboratories with an ambient temperature of 5-40C. Its compact size and lightweight construction make it easy to integrate into most lab environments without requiring special accommodations.
Q: What is the benefit of using a microprocessor-controlled pump in the Aquion system?
A: The microprocessor-controlled pump ensures consistent and accurate eluent delivery, providing flow rates from 0.01 to 3.00 mL/min. This enhances reproducibility and reliability in quantitative analyses, contributing to the system's high linearity and precision.
Q: How does the system ensure data connectivity and compliance?
A: Data transfer to a PC is streamlined via a USB interface, enabling efficient data management, method programming, and result storage. The system is CE and RoHS certified, supporting laboratory compliance with international quality and safety standards.
Q: What are the main advantages of the Dionex Aquion IC System for routine analysis?
A: Its compact design, semi-automated operation, integrated eluent organizer, and support for high sample throughput through autosampler compatibility make it time-saving and easy to use. Reliable results, robust construction, and accurate quantitation enable confidence in both routine and demanding ion analysis applications.