GLMY Creative Inductively Coupled Plasma Emission Spectrometer

1、 Safe and reliable solid-state RF power supply

The RF power supply used in the instrument has the advantages of small size, high output efficiency, stable output power, and various safety protection functions such as water circuit, air circuit, and overload, greatly improving the safety of the instrument.

2、 Peristaltic pump injection device

The peristaltic pump is designed with twelve rotors and four channels for fully automatic operation, and the rotational speed of the peristaltic pump can be adjusted according to the required flow rate; Can meet the special usage requirements of customers for online sample dilution and online addition of internal standards.

3、 Precise spectroscopic system

Adopting Roland circular optical system, precise optical design can achieve maximum luminous flux and spectral resolution;

No moving optical components, ensuring good repeatability and long-term stability; Ultra low stray light device

Combined with optical design, it greatly reduces the interference of background light and further lowers the detection limit of the instrument.

4、 Intelligent flame monitoring function

The instrument is equipped with a highly sensitive fiber optic sensor, which can monitor the working condition of the flame in real time while the instrument is in operation. In case of abnormal situations, the instrument can be automatically turned off.

5、 New software algorithm

Qualitative analysis can be conducted on unknown samples without the need for standard samples, directly analyzing the types of elements in the unknown samples and then conducting precise quantitative analysis accordingly.

6、 Split type sampling system

The split design of the fog chamber and torch tube reduces the impact of temperature changes in the combustion chamber on atomization efficiency, allowing for more intuitive observation of real-time injection status.

7、 High precision airflow control system

The plasma gas, auxiliary gas, and carrier gas in the operation of the instrument are controlled by high-precision needle valves, which have continuously adjustable flow rates and high accuracy in outputting airflow, ensuring the accuracy of test data.

8、 High degree of instrument automation

The automation level of the instrument is extremely high, and all operations except for the power switch are completed by software. Intelligent software that can provide real-time feedback and information prompts for various operations.

9、 Research grade linear array CMOS

Using original Japanese CMOS detectors, the wavelength range of 165-900nm is fully covered, and all elements are detected simultaneously.

10、 Test speed

The testing speed is once every 20 seconds, and an appropriate integration time can be set for measurement; It is possible to read out the integrated intensity values of all analyzed spectral lines in one exposure; Accurate measurement of nearly 70 elements in a single sample can be achieved within one minute.

11、 Convenient wavelength calibration function

Intelligent automatic wavelength calibration algorithm, the software automatically performs wavelength calibration after startup, greatly saving time and cost in wavelength calibration.

12、 Fully automatic ignition and matching technology

The software is fully automatic with one click ignition, and all parameter settings changes are automatically completed. 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, easy to establish analysis methods, easy to complete measurements, easy to learn and understand. Intelligent optical calibration algorithm can automatically calibrate the position of two-dimensional spectra without the need for repeated peak calibration, ensuring accurate measurement while saving a lot of solution and time.

Multi sample result set management facilitates result query and offline processing, making it easy for users to classify sample sets. Multi peak fitting technology can extract analysis signals from measurement spectra when dealing with complex matrices, eliminating the influence of interfering elements and increasing measurement accuracy.

14、 Automatically calibrate spectral position

Intelligent optical calibration algorithm can automatically calibrate the position of two-dimensional spectra without the need for repeated peak calibration, ensuring accurate measurement while saving a lot of solution and time.

Automatically correct the position of characteristic spectral lines

The automatic peak calibration algorithm independently developed by the full spectrum direct reading ICP-7000 analysis software is based on three coordinate mapping, which can quickly calibrate two-dimensional spectral wavelengths without the need for repeated peak calibration operations.

16、 Qualitative analysis algorithm

The full spectrum direct reading ICP-7000 analysis software adopts qualitative analysis patented technology. In the method, for complex matrices, the main content elements and secondary main content elements are sequentially identified as prior conditions to determine whether unknown elements exist.

Simultaneously using the multivariate Gaussian fitting algorithm greatly reduces the misjudgment of interference on the spectral lines of the target elements. The software adopts probability display analysis results, greatly improving the accuracy of qualitative analysis.