It mainly consists of three components: 808nm semiconductor laser, 808nm laser-induced down conversion fluorescence probe, and miniature fiber spectrometer.

Compared to traditional fluorescence spectrometers, 808nm down conversion laser-induced fluorescence spectrometers have the characteristics of low laser power, high sensitivity, and measurement not affected by sample morphology. Samples can be solid, powder, liquid, etc. The main application areas can be divided into: biomedicine, gemstone identification, nanomaterials, etc.

◆ High sensitivity, fluorescence signal increased by 2 orders of magnitude compared to the traditional 0/90 sampling method

◆ Flexible sampling, solid, liquid, and powder can all be detected

◆ An internal narrow linewidth filter has been added to effectively shield the noise impact of the excitation light itself

Semiconductor 808nm laser, small size, low power consumption

20mW-500mW, adjustable laser power, higher utilization efficiency

◆ Confocal design, OD3 filtering effect

◆ Compatible with microscopes