OIC-M1 Ion Chromatography

OIC-M1 modular high-end ion chromatography system is engineered for precision,
flexibility, and automation. Designed for laboratories that demand high-quality
ion analysis without the footprint of bulky systems, the OIC-M1 delivers ppb-
level detection limits (LOD ~0.5 μg/L), RSD ≤ 1.3%, and robust baseline
performance.
Key Features and Advantages of Modular High-End Ion Chromatography
1. Detection System: Equipped with a new dual-mode suppressor and non-
suppressor conductivity detector. Compatible with suppressed conductivity
detection and ultraviolet detection, offering flexible analysis options.
2. Automated Control: Software supports one-click power-on, flushing, and
shutdown. Flow path settings and detector signal range are automatically
adjusted based on methods. Remote control via software enables automatic
startup and shutoff according to schedule—ideal for unattended 24-hour
operations.
3. Flow Path Materials: Full PEEK pipeline system, compatible with eluents in
the pH range of 0 to 14. Acid-resistant and alkali-resistant; ensures chemical
compatibility and corrosion resistance with 100% biocompatible materials.
4. Integrated Eluent Heating: Built-in eluent heating module stabilizes eluent
temperature before entering the column, improving peak shape and reducing
baseline noise caused by temperature fluctuations.
5. Degassing Module: Built-in solvent degasser removes gas interference in real
time, improving eluent stability and maintaining detector sensitivity.
6. Precision Control System: High-precision pressure and flow control system
ensures stability across the entire flow path, suppressor, and detector.
Enhances reliability of retention time and peak area.
7. Reagent-Free Design: Eluent preheating and flushing are fully automated. No
need for manual operation of the suppressor or column conditioning. Compact
footprint and easy maintenance support simplified daily operation.
8. Dual-Channel Upgrade Capability: Supports upgrade to dual-channel system.
Allows simultaneous detection of different ion types from a single sample
injection.

Click to Enlarge