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| Warranty: | 1 Year |
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ICP-8000 Inductively Coupled Plasma Emission Full-spectrum Spectrometer
Description:
The ICP-8000 full-spectrum direct reading inductively coupled plasma emission spectrometer is an excellent full-spectrum direct reading ICP spectrometer for analyzing the contents of major, trace and ultra-trace elements in different substances. It can be used for qualitative, semi-quantitative and precise quantitative analysis of elements in samples.
Product Features
1. Precise Analysis: Possesses higher resolution capability; Back-illuminated megapixel CCD detector with anti-leakage feature, high ultraviolet response, no ultraviolet fluorescent coating, long service life; Multiple background correction technologies available for selection;
2. Stable and reliable: A fully fixed optical system without moving parts; A stable integrated control system for argon gas flow rate.
3. Convenient and easy to use: It features a detachable torch tube and is equipped with an automated torch tube alignment and light source optimization function.
4. Economical use: Multiple measures such as the compact and efficient light room design have reduced the consumption of argon gas; free after-sales technical guidance and affordable on-site services are provided.
5. Software improvement: The hierarchical software interface is intuitive and convenient to operate, meeting the usage needs of customers at different levels; the rich method library and versioned management method are more conducive to the inheritance, learning and maintenance of methods.
Product Overview
1.Safe and reliable solid-state radio frequency power supply
The radio frequency power supply used in the instrument is small in size, has high output efficiency, stable output power, and various safety protection functions such as water and gas circuits and overload protection, which significantly enhances the safety of the instrument.
2.Pulsating pump injection device
The peristaltic pump is a 12-rotor, 4-channel fully automatic design. The rotational speed of the peristaltic pump can be adjusted according to the required flow rate. It can meet the special usage requirements of customers, such as on-line sample dilution and on-line addition of internal standards.
3.Precise spectroscopic system
The middle-step optical system features a precise optical design that enables the maximum light flux and spectral resolution; without any moving optical components, it ensures excellent repeatability and long-term stability; the ultra-low stray light device, in conjunction with the optical design, significantly reduces the interference from background light, further lowering the detection limit of the instrument.
4.Intelligent flame monitoring function
The instrument is equipped with highly sensitive optical fiber sensors, which can monitor the operation status of the flame in real time during the instrument's operation. In case of any abnormal situation, the instrument can automatically shut down.
5.New software algorithm
For unknown samples, qualitative analysis can be conducted without the need for standards. The types of elements present in the unknown sample can be directly determined, and then targeted quantitative analysis can be carried out accordingly.
6.Separate sampling system
The separate design of the fog chamber and the torch tube reduces the impact of temperature variations in the combustion chamber on the atomization efficiency, and enables a more intuitive observation of the real-time sample injection status.
7.High-precision airflow control system
During the operation of the instrument, the plasma gas, auxiliary gas and carrier gas are controlled by high-precision needle valves, which feature continuous adjustable flow rate and high precision of the output gas flow, ensuring the accuracy of the test data.
8.The instrument has a high degree of automation.
The instrument has an extremely high degree of automation. All operations except for the power switch are completed by software. The intelligent software can provide real-time feedback and information prompts for all operations.
9.Research-grade CCD
Using an imported original CCD detector, it covers the wavelength range of 165-950nm, and can simultaneously detect all elements.
10.Test speed
The test speed of 20 times per second allows for the setting of an appropriate integration time for measurement; it can read out the integral intensity values of all analysis spectral lines in a single exposure; and within one minute, it can achieve precise measurement of nearly 70 elements of a single sample.
Convenient wavelength calibration function
11.The intelligent automatic wavelength calibration algorithm enables the software to automatically perform wavelength calibration upon startup, significantly reducing the time and cost required for wavelength calibration.
12.Automatic ignition and matching technology
The software can automatically ignite with just one click. All parameter settings can be changed automatically. Combined with advanced automatic matching technology, the ignition success rate is high and the operation is simple.
13.Powerful software analysis capabilities
Step-by-step guided approach, easily establish analysis methods, effortlessly complete measurements, easy to learn and understand. Intelligent optical calibration algorithm, can automatically calibrate the two-dimensional spectral position, without the need for repeated peak calibration to conduct measurements, ensuring accurate measurement while saving a large amount of solution and time.
Management of multiple sample result sets, facilitating result query and offline processing, makes it convenient for users to apply the multi-peak fitting technology for sample classification collection. When dealing with complex matrices, this technology can extract the analytical signals from the measured spectra, eliminate the influence of interfering elements, and increase the measurement accuracy.
14. Automatically calibrate spectral position
Intelligent optical calibration algorithm can automatically calibrate the two-dimensional spectral positions, allowing for measurements without the need for repeated peak calibration. This ensures accurate measurements while saving a significant amount of solution and time.
Automatic correction of characteristic spectral line positions
The automatic peak calibration algorithm independently developed by the full-spectrum direct reading ICP-8000 analysis software is based on three-coordinate mapping, which enables rapid calibration of the two-dimensional spectral wavelengths without the need for repeated peak calibration operations.
15.Qualitative analysis algorithm
The full-spectrum direct reading ICP-8000 analysis software adopts a patented qualitative analysis technology. In the method, for complex matrices, the main content elements and secondary main content elements are successively identified, and this serves as the prior condition for determining whether the unknown elements exist.
The use of the multivariate Gaussian fitting algorithm significantly reduces the misjudgment of the spectral lines of the target element due to interference. The software uses probability to display the analysis results, which greatly improves the accuracy of qualitative analysis.
Applications
The main application of the ICP-8000 full-spectrum direct reading inductively coupled plasma emission spectrometer
Material Analysis
1. Analysis of the elemental composition of alloys; Trace element analysis of high-purity non-ferrous metals and their alloys.
2. Analysis of trace elements used in the research and production of metal materials, power materials, and precious metals.
3. Detection of harmful substance elements in electronic, communication materials and their packaging materials.
4. Harmful substances and chemical components present in medical devices and their packaging materials.
5. Analysis of the components and harmful substances in food containers and packaging materials.
Food Analysis
1. Food hygiene test for heavy metal content and food analysis.
2. Harmful heavy metals and anions present in water (such as sewage water, drinking water, mineral water, etc.).
Pharmaceutical Analysis
1. Harmful components such as arsenic, mercury, and lead in traditional Chinese and Western medicines, their packaging materials, cosmetics, and cleaning agents, as well as their packaging materials.
2. Harmful components and nutritional components in health supplements and biological products.
3. Analysis of trace elements in high-purity caustic soda used in chlor-alkali industry and its raw materials.
4. High-purity pharmaceutical intermediates.
Soil and ore analysis
1. Used in geological and soil research institutes, environmental monitoring stations; heavy metals and trace elements in fertilizers: arsenic, mercury, lead, cadmium, chromium, manganese, iron, etc.
2. Qualitative and quantitative analysis of minerals.
3. Materials element content detection, geological soil element detection, and environmental sample analysis conducted by agricultural research institutes or universities.
Detection Range
The ICP atomic emission spectrometer is a large-scale analytical instrument capable of determining the metal and non-metal elements in the sample. It can conduct qualitative, semi-quantitative and quantitative analyses on the sample, and its measurement range can cover from trace amounts to normal quantities.
ICP-8000 Inductively Coupled Plasma Emission Full-spectrum Spectrometer
| Category | Parameter | Specification |
| Sample Introduction | RF Coil | Silver-plated, Ø25mm ID, 3 turns |
| Torch | Demountable quartz torch (Ø20mm), quick-connect | |
| Nebulizer | Concentric type, Ø6mm | |
| Spray Chamber | Quartz cyclonic | |
| Options | High-salt/HF-resistant systems available | |
| Gas Control | Integrated MFC for nebulizer/auxiliary/cooling/purge gases | |
| Peristaltic Pump | 4-channel, 12-roller, adjustable speed | |
| Optics | Design | Echelle grating 2D dispersion |
| Focal Length | 400 mm | |
| Wavelength Range | 165-950 nm | |
| Detector | 1MP back-illuminated CCD with 3-stage TEC cooling | |
| Thermal Stability | ±0.1°C @ 34°C (optics chamber) | |
| Instrument | Viewing Mode | Axial/Radial dual view |
| Repeatability (RSD) | <0.5% (short-term) | |
| Stability (RSD) | <1% over 2 hours | |
| Analysis Speed | Full-element analysis ≤20s | |
| Detection Limits | 1-10 ppb (most elements) | |
| Analyte Coverage | Quantitative analysis for >70 elements | |
| Detection | Detector | High-sensitivity/low-noise area CCD |
| Pixel Resolution | 8 pm | |
| Dynamic Range | 106 | |
| Min. Integration Time | 0.1 ms | |
| RF Generator | Input Power | 220V AC |
| Max. Output Power | 1600 W | |
| Ignition Power | 700 W | |
| Frequency | 27.12 MHz ±0.05% | |
| Power Stability | ≤0.1% | |
| Software | OS Compatibility | Windows 7/10 |
| Interface | Graphical UI with qualitative/semi-quant/quant analysis | |
| Method Management | Version-controlled libraries with standard methods | |
| Data Features | Full-spectrum acquisition with storage/retrieval | |
| Correction Methods | Interference correction & real-time background subtraction | |
| Calibration Tools | Torch alignment & source optimization | |
| Security | Password protection with multi-level access control |
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