Dionex ICS-1000

The Dionex ICS-1000 can analyze a wide range of ions, including anions such as fluoride, chloride, sulfate, and nitrate, as well as cations like sodium, potassium, and calcium, making it ideal for environmental, food, and pharmaceutical testing.

The RFIC-ER™ system utilizes advanced technology to significantly reduce the amount of eluent required during ion chromatography, which leads to cost savings and more efficient use of resources without compromising performance.

Yes, the Dionex ICS-1000 is designed to be user-friendly with intuitive controls and includes Chromeleon® SE software for easy data management and automation, making it suitable even for users with limited experience in ion chromatography.

The dual-piston pump ensures smooth and stable flow rates, which results in consistent baseline stability and improved detection limits, even for low-concentration ion analysis.

Yes, the Dionex ICS-1000 offers several optional features, including a vacuum degas system, a column heater, and automated sample preparation, allowing you to enhance its capabilities as your laboratory needs evolve.

The combination of the dual-piston pump and electrolytic suppression technology in the Dionex ICS-1000 minimizes baseline drift, providing stable and reliable results over time.

Chromeleon® SE software provides seamless automation, data management, and analysis, making it easier to control the Dionex ICS-1000, manage samples, and analyze results with minimal effort.

The ICS-1000 reduces operational costs through its low eluent usage with the RFIC-ER™ system, efficient automated features, and reduced consumable needs, ensuring high performance while keeping costs manageable.

Yes, the Dionex ICS-1000 is compatible with 2 mm column chemistries, which not only improve sensitivity but also reduce eluent consumption and overall costs.

The Dionex ICS-1000 is ideal for a variety of applications such as environmental testing, water quality analysis, food and beverage testing, and pharmaceutical analysis, where high sensitivity and low detection limits are critical.