The ICP-OES supports the analysis of rare earths with requirements for full-spectrum high-resolution, and the analysis of Cl/Br elements over the deep ultraviolet waveband. At the same time, a variety of easy-to-use functions and intelligent auxiliary equipment have been developed to form an intelligent analysis system, which can help operators improve the efficiency, free them from complicated and repetitive tasks, and create value more effectively.
The ICP-OES supports the analysis of rare earths with requirements for full-spectrum high-resolution, and the analysis of Cl/Br elements over the deep ultraviolet waveband. At the same time, a variety of easy-to-use functions and intelligent auxiliary equipment have been developed to form an intelligent analysis system, which can help operators improve the efficiency, free them from complicated and repetitive tasks, and create value more effectively.
The product integrates the self-excited all-solid-state RF power supply to ensure that the equipment has better sample adaptability and stability.
As for the proprietary large area array ECCD sensor, its excellent low noise and deep ultraviolet response combined with anti-overflow design, provide the machine with good detection limits.
The pixel size is large, which brings about high-sensitivity response, and the overall area is large, with which a wider spectral range can be obtained while the high resolution is maintained.
Realization of detection of 72 elements in range of 160 nm to 900 nm, and obtainment of results in 10 s.
Even in the 800 nm to 900 nm waveband where the argon line overflow is strong, the spectrum of effective elements can still be clearly distinguished.
Intelligent attenuation, with which samples of concentration of 1 to 100 times can be handled easily.
New generation of dual observation technology with vertical torch.
The patented real-time drift correction technology corrects the spectral positions.
| Feature Category | Parameter/Specification |
| RF Power Supply | Self-excited all-solid-state RF power supply |
| RF Power Range | 500 W to 1600 W (Continuously adjustable) |
| RF Power Stability | Within 0.1% |
| Argon Consumption (Standby) | Reduced by >50% (5 L/min in 500W standby mode) |
| Observation Technology | Vertical torch dual observation technology (Bidirectional: Axial and Radial) |
| Detection System | Large area array ECCD (Electron-Counting CCD) sensor |
| ECCD Photosensitive Area | 1 square inch |
| ECCD Resolution | 1024×1024 pixels |
| Elements Collected | Up to 72 elements in one exposure |
| Spectral Range | 165 nm to 900 nm |
| Analysis Time | Analyzing 72 elements in 10 s (Inferred based on ECCD performance) |
| Optical System | All-solid-state constant temperature two-dimensional optical system with Echelle grating |
| Temperature Control | Heat-balanced control light chamber at constant temperature of 36∘C |
| Spectral Correction | Patented full-spectrum real-time correction (FSC) technology (using C, N, and Ar spectral lines/non-interfering neon) |
| Multi-channel MFC | Efficient Multi-channel MFC (for Atomizing, cooling, and auxiliary gas) |
| Sample Handling | Expandable gas dilution for high-salt samples; Argon online dilution (for high salt samples >10%) |
| Gain Adjustment | Intelligent dynamic adjustment of gains ("triple hit") |
| Concentration Range Handled | Samples of concentration of 1 to 100 times can be handled easily |
| Long-term Stability | 8-hour stability RSD <1% |
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