Inductively Coupled Plasma-Optical Emission Spectrometry LB-10ICP-OES
$ 78750
Download CatalogSpecifications
| Oscillation frequency | 27.12 MHz | ||||||||||||
| Gas | Nitrogen/Argon | ||||||||||||
| Torch position | Electrically adjusted | ||||||||||||
| Torch position optimization | Automatic by software | ||||||||||||
| Electrical control system | Modular | ||||||||||||
| Parameters monitoring | Real time | ||||||||||||
| Protection system | Interlocking protection of gas, water, temperature, and door switch, etc. | ||||||||||||
| Output power range | 800 to 1600 W | ||||||||||||
| Adjustment | Continuous by 1 W | ||||||||||||
| Stability | Better than 0.1% | ||||||||||||
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| Sampling system |
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| Analysis Software |
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Features
- Compact solid state RF generator with high efficiency
- Electrically adjustable torch position with automatic torch position optimization function
- Modular electric control system with real time parameters monitoring
- Echelle grating and cross prism dispersion structure with large area CCDs
- Optimized optical design and aspherical optical elements
- Intelligent multi-point charge system with built-in dehydration device independent gas circuit
- 3D temperature control system with 0.1˚ C of precision
- High ultraviolet spectrum and quantum efficiency, and wide dynamic range
- Multichannel 12-roller peristaltic pump, with less data fluctuation
- Quartz torch, mass flow rate controller with high-speed acquisition system
- Can test approximate 70 elements from trace to normal amounts, quickly and accurately
- Protection system: All-round electromagnetic shielding; interlocking door protection; UV- proof observation window
- Low noise, excellent stability, and quick analysis
Standard Accessories
Electronic control systemSampling system: Nebulizer, quartz torch, mass flow-rate controller
Software
Applications
Inductively Coupled Plasma-Optical Emission Spectrometry (ICP-OES) is ideal for sample analysis across various fields, including geology, metallurgy, rare-earth and magnetic materials, environmental science, medicine and health, biology, marine science, petroleum, chemical new materials, nuclear industry, agriculture, food inspection, and water quality.
Frequently asked questions For ICP Spectrometer
1. Can Labotronics ICP spectrometers analyze multiple elements at once?
Yes, Labotronics ICP spectrometers are designed for simultaneous multi-element analysis, making them highly efficient for high-throughput laboratory testing.
2. Is the Labotronics ICP spectrometer suitable for continuous laboratory use?
Yes, Labotronics ICP spectrometers feature a durable build and user-friendly interface, allowing long-term use in demanding lab environments.
3. Can Labotronics ICP spectrometers be used for both environmental and industrial analysis?
Yes, Labotronics ICP spectrometers are ideal for environmental monitoring, metallurgy, geology, and industrial quality control applications.
4. What is the primary function of a Labotronics ICP spectrometer?
A Labotronics ICP spectrometer is used for accurate elemental analysis by using high-temperature plasma to detect multiple elements in complex samples.
5. How does a Labotronics ICP spectrometer ensure precise and sensitive results?
Labotronics ICP spectrometers generate intense plasma energy to efficiently ionize atoms, providing stable signals and high sensitivity for trace and bulk material detection.
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