Inductively Coupled Plasma Emission Spectroscopy (ICP-OES) – ToronICP™ MICS DV (Bidirectional Observation)
Inductively Coupled Plasma Emission Spectroscopy (ICP-OES) – ToronICP™ MICS DV is a newgeneration inductively coupled plasma spectrophotometer developed for fast, precise, and flexible multi-element analysis. The system generates a stable, high-temperature inductively coupled plasma that efficiently excites atoms in liquid samples, causing them to emit element-specific light used for accurate identification and quantification across a wide concentration range.
This advanced inductively coupled plasma emission spectroscopy platform incorporates bidirectional (dual-view) plasma observation, enabling seamless switching between high-sensitivity axial viewing for trace element detection and interference-resistant radial viewing for complex sample matrices. Its compact footprint, intelligent automation, and real-time plasma monitoring enhance operational stability and ease of use, delivering reliable analytical performance for routine laboratory testing, quality control, and advanced research environments.
Applications
The Inductively Coupled Plasma Emission Spectroscopy – ToronICP™ MICS DV is widely used in:
- Environmental protection, including water, soil, and air-related sample analysis
- Food safety and quality testing, for trace and contaminant element detection
- Geology and mineral resource analysis, including ores and rare earth elements
- Metallurgy and non-ferrous metals, for composition control and impurity analysis
- Chemical industry laboratories, supporting raw material and product testing
- Petroleum and petrochemical analysis, including fuels, lubricants, and additives
- Semiconductor and electronic materials testing
- Agricultural research, including fertilizers and trace nutrient studies
- Scientific research laboratories, requiring precise multi-element measurement
Inductively Coupled Plasma Emission Spectroscopy – ToronICP™ MICS DV (Bidirectional Observation) Key Features
- Inductively Coupled Plasma Emission Spectroscopy (ICP-OES) for accurate multielement analysis
- Bidirectional plasma observation (axial and radial) to balance sensitivity and interference resistance
- Full spectrum, direct-reading optical system, enabling simultaneous detection of all elements
- Real-time plasma flame monitoring, with full-color visualization inside the control software
- High-precision airflow control system, using mass flow controllers for stable plasma conditions
- Peristaltic pump sample introduction, supporting adjustable flow rates and online dilution
- Compact and miniaturized design, optimized for modern laboratory spaces
- Intelligent software platform, supporting qualitative, quantitative, and trace analysis
- Low detection limits, suitable for trace and ultra-trace elemental measurements
- Stable solid-state RF power supply, ensuring consistent plasma performance and long-term reliability
Bidirectional plasma observation (axial and radial)
Real-time plasma flame monitoring
High-precision airflow control system
Peristaltic pump sample introduction
Inductively Coupled Plasma Emission Spectroscopy – ToronICP™ MICS DV (Bidirectional Observation) Technical Specifications
| Model | ToronICP™ MICS DV |
|---|---|
| Analytical Technique | Inductively Coupled Plasma Emission Spectroscopy (ICP-OES) |
| Instrument Type | Inductively Coupled Plasma Spectrophotometer |
| Plasma Observation | Bidirectional (Axial and Radial viewing) |
| Optical System | Full spectrum, direct reading |
| Detector | Scientific-grade CCD detection system |
| Wavelength Coverage | Broad spectral range (full elemental coverage) |
| Element Capacity | Simultaneous multi-element analysis |
| Detection Limit | Down to ppb level |
| Sample Introduction | Peristaltic pump with adjustable flow |
| Airflow Control | High-precision mass flow controllers |
| Plasma Monitoring | Real-time full-color flame observation |
| RF Power Supply | Solid-state RF generator |
| Software Functions | Qualitative, quantitative, and trace element analysis |
| Design Concept | Compact, intelligent, laboratory-grade system |
| Typical Applications | Environmental, food, metallurgy, petrochemical, research |
| Thermostatic Control | 38°C (±0.1°C) |
| Supply Voltage | AC 220 V (110V is also available) |
| Focal Length | 400 mm |
| Wavelength Range | 165-950 nm |
| Power | 500-1600 W |