Introduction: LIFS808-BUP up-conversion laser-induced fluorescence spectrometer is a set of spectroscopic system designed and developed for scientific research teachers to perform fluorescence spectroscopic analysis of nanomaterials. It is mainly composed of three components: 808nm semiconductor laser, 808nm laser-induced up-conversion fluorescence probe and Micro fiber optic spectrometer. Compared with traditional fluorescence spectrometers, the 808nm upconverting laser-induced fluorescence spectrometer has the characteristics of small laser power, high sensitivity, and the fact that the measurement is not affected by the sample morphology. Samples can be solids, powders, liquids, and the like. The main application areas can be divided into: biomedical, gem identification, nanomaterials, etc. Features: 1. High sensitivity, 2 orders of magnitude increase in fluorescence signal over conventional 0/90 sampling 2. Flexible sampling, solid, liquid, powder can be detected 3. Increased narrow linewidth filter inside to effectively shield the noise of the excitation light itself 4 semiconductor 808nm laser, small size, low power consumption 5.20mW-500mW, adjustable laser power, higher efficiency 6. Confocal design, OD3 filter effect 7. Adaptable microscope Technical Parameters: Overall size: 180mm*135mm*70mm Total weight: <2Kg Laser wavelength: 808nm +/- 3nm Laser line width: <2nm Output power: 20mW-500mW Power Stability: <3% RMS Service life: 5000hrs Warm-up time: 15 Min Filter Laser Cutoff: 3 Adapt to laser wavelength range: 808nm+/-3nm Fluorescence wavelength range: 400nm-750nm Working distance: 7.5mm Probe diameter: 9.6mm Pigtail length: 100cm spectrometer Spectral range: 400-1100nm Resolution: 1nm Signal to noise ratio: 300:1 A/D : 16 Supply voltage: 5V 3A Working temperature: 10-35°C
Introduction: LIFS808-BUP up-conversion laser-induced fluorescence spectrometer is a set of spectroscopic system designed and developed for scientific research teachers to perform fluorescence spectroscopic analysis of nanomaterials. It is mainly composed of three components: 808nm semiconductor laser, 808nm laser-induced up-conversion fluorescence probe and Micro fiber optic spectrometer. Compared with traditional fluorescence spectrometers, the 808nm upconverting laser-induced fluorescence spectrometer has the characteristics of small laser power, high sensitivity, and the fact that the measurement is not affected by the sample morphology. Samples can be solids, powders, liquids, and the like. The main application areas can be divided into: biomedical, gem identification, nanomaterials, etc.
