The Baosteel Nanok ICP Spectrometer originated from the China Iron and Steel Research Institute, with 35 years of experience in developing inductively coupled plasma spectrometer methods. It is the drafting unit of dozens of ICP detection standards, the drafting unit of the ICP spectrometer product standard GB/T 36244-2018, and the leading unit of the major scientific instrument special project "Development of ICP Trace Analysis Instruments",The domestic ICP spectrometer manufacturer that understands ICP applications the most. State owned enterprise brand, listed company, the choice of quality!Welcome to call for negotiationContact: Manager Wen Phone: 400-6218-010 Mobile: 18511681023

Plasma 3000 ICP Spectrometer Spectral System

The Plasma 3000 ICP spectrometer adopts a radial and axial observation design, suitable for measuring elements ranging from sub ppm to high content. Mid step grating and prism cross dispersion structure, using CaF2 prism to improve optical path transmission efficiency.

Optimized optical design, using non spherical optical elements to improve imaging quality and enhance spectral acquisition efficiency. The technology of maintaining the gas atmosphere in the light chamber shortens the inflation time of the light chamber, improves the sensitivity and stability of ultraviolet spectroscopy, and can be measured immediately upon startup. The enclosed three-dimensional temperature control system ensures long-term stability and no drift of the optical system.

light source

Solid state RF generator, efficient and stable, compact in size, high efficiency, fast matching speed. The Gundam Nanok Plasma 3000 ICP spectrometer can adapt to the testing of various complex matrix samples and volatile organic solvents, and can achieve excellent long-term stability. The design of vertical torch tubes has better sample tolerance, reduces cleaning requirements, and lowers the consumption of spare torch tubes. Cold cone flame elimination technology minimizes self absorption effects and ionization interference to achieve a wider dynamic linear range and better performance

Low background ensures accurate measurement results. It has a green energy-saving standby mode, which reduces output power and gas flow during standby, only maintains plasma operation, and saves usage costs.

Simple torch tube installation and positioning design, fast positioning, precise position reproduction.

Real time monitoring of instrument operating parameters, high-performance CAN industrial fieldbus, ensuring efficient and reliable communication.

Sample injection system

Simple torch tube installation design, automatic positioning of torch tube position, precise position reproduction. The Gangyan Nanok Plasma 3000 ICP spectrometer is equipped with a series of optimized injection systems, which can be used for testing organic solvents, high salt/complex matrix samples, and samples containing hydrofluoric acid (HF).

Using detachable or integrated torch tubes, easy to maintain, fast to convert, and low in usage cost. The Plasma 3000 ICP spectrometer uses a mass flow controller to control the flow rates of cooling gas, auxiliary gas, and carrier gas, ensuring long-term stable testing performance. Multi channel 12 roller peristaltic pump enhances the stability of sample introduction.

detector

Large area back illuminated CCD detector, full spectral response, high UV quantization efficiency, anti saturation overflow, and extremely wide dynamic range

Surrounded by extremely fast signal processing speed. One exposure completes the acquisition and reading of the full spectrum spectral signal, thereby obtaining faster and more accurate analysis results. The Plasma 3000 ICP spectrometer has the largest target surface size among similar products, millions of pixels, a single pixel area of 24 μ m X 24 μ m, three-stage semiconductor cooling, low cooling temperature, lower noise, and better stability.

software system