ARL fluorescence spectrometerIt is the crystallization of excellent luminescent spectroscopic analysis instrument production technology. Featuring ultra-high sensitivity, ultra-high scanning speed, and a grating and horizontal slit optical path design, it is suitable for high-sensitivity fluorescence trace analysis and is applied in high-tech fields such as materials, pharmacy, and life sciences, as well as routine analysis fields such as quality control and teaching.

The ARL fluorescence spectrometer has the characteristics of good reproducibility, fast measurement speed, and high sensitivity. Can analyze all elements between F (9) and U (92). The sample can be solid, powder, molten sheet, liquid, etc., and the analysis object is suitable for samples in industries such as steelmaking, non-ferrous metals, cement, ceramics, petroleum, glass, etc. The non-standard semi quantitative method can qualitatively analyze samples of various shapes and provide semi quantitative results. The accuracy of the results can approach the quantitative level for some samples, and the analysis time is short. The thin film analysis software FP-MULTRA1 can perform coating analysis and thin film analysis. The requirement for measuring the large size of the sample is a diameter of 51mm and a height of 40mm

　　The main features of ARL fluorescence spectrometer are:

The outstanding advantage lies in the ultra-high scanning speed of the instrument, as well as the ultra-high signal-to-noise ratio of similar instruments;

1. Simultaneously possessing ultra-high scanning speed and high sensitivity, Hitachi *； Quickly complete 3D spectral data acquisition and 3D time scanning;

a. 3D spectroscopy, also known as EEM spectroscopy, provides all spectral information within the measurement range; Used for analysis of mixed organic compounds; Used for fingerprint spectrum library analysis of complex compounds such as aromatic compounds, traditional Chinese medicine, and environmental detection;

b、 Quickly provide the selection and judgment of excitation and emission wavelengths for unknown samples;

c、 Used to read the step difference of synchronous scanning;

d. 3D time scanning provides data changes of the entire spectral range over time, which is particularly beneficial for monitoring kinetic intermediates;

2. Featured Sample Warehouse Accessories:

a、 Photoluminescent quantum yield measurement accessory, used for measuring the luminescence efficiency of powder materials, with a wavelength range of 240-800nm, for user research and industrial control;

b、 Intracellular cation determination, due to its high scanning speed, we can easily use dual wavelength measurement, professional software control and data acquisition, and directly provide the required results;

c、 The stop flow attachment can be used for rapid reaction kinetics research;