Without the use of any prior dot positioning tool, 520nm green laser diode module is projecting high visibility and recognition green laser light source. The use of 520nm wavelength is in the green spectrum range that the human eye is more sensitive to. In a lot of complex experimental environments, owing to its clearly visible green laser dot generation, it is convenient for scientific researches to observe, locate and mark. Under operation with long work distance and multiple lighting occasions etc, after its proper use of output power and operating voltage, this 520nm green dot laser makes ultra clear, precise and long lasting dot indication for all working occasions effectively.
Different from manual dot projecting tool, 520nm green laser diode module gets featured advantages of high brightness and long distance transmission. Green laser dot can maintain sufficient intensity and clarity during long distance use, thus it is suitable for long distance optical experiments, atmospheric optical research, and can provide accurate dot instructions and references at a long distance. In addition, when it generates good quality green laser beam with low beam divergence from a qualified glass coated lens, this 520nm green dot laser enables high energy concentration, and accurate dot positioning accuracy for application fields of spectral analysis, quantum physics experiments, micro-nano processing work etc.
Owing to the special use of a qualified glass coated lens and precise control system, after passing through a series of strict laser beam stability test and aging preventing test up to 24 hours, the usual use of a 520nm green laser diode module enables high stability and reliability of the laser output. During the long term experiment, it always maintains stable output power, wavelength and green laser dot projection. It also provides stable green laser light source for the experiment, and ensures the repeatability of the experimental results.
According to real work distance and lighting occasion, this 520nm green laser diode module always enables correct use of output power and operating voltage electric power source. It can also be made on the basis of customized lasers, thus fulfills specific experimental needs, and improves its applicability in scientific research. When it makes proper installation, without any limitation by long distance, high height or other complex working environments etc, it enables easy reaching and no barrier green dot indication as expected.
Applications for scientific experiment:
Optical experiments: Utilizing high coherence, 520nm green laser projects clear and stable interference fringes, which can be used to measure physical quantities, such as displacements and refractive index changes for double-slit interference and Michelson interference.
Light diffraction experiments: In the diffraction phenomenon of light passing through obstacles such as small holes and slits, 520nm green laser diode module provides high brightness and directional green laser light source, which can make the diffraction pattern clearer and facilitate the observation and analysis of diffraction laws.
Spectral analysis
Fluorescence spectrum analysis: 520nm green laser light can help excite the fluorescent substances in the sample to emit fluorescence, and study the molecular structure, electronic state and other characteristics of the substance by analyzing the fluorescence spectrum. In the fields of biology and chemistry, it is used to analyze the composition and structure of biological molecules, organic compounds, etc.
Raman spectroscopy analysis: Raman scattering is generated by interaction with the sample. By analyzing the Raman scattering spectrum, information such as molecular vibration and rotation of the substance can be obtained, 520nm green laser module can be used for material composition identification and structural analysis.
Quantum entanglement experiment: As one of the light sources for generating entangled photon pairs, 520nm green laser light is used to prepare and study quantum entangled states, and has important applications in quantum communication, quantum computing and other fields.
Quantum optics experiment: 520nm green laser is used to study the interaction between light and quantum systems such as atoms and ions, the manipulation of quantum states, the storage and transmission of quantum information, etc.
Biomedical research
Cell imaging: 520nm green laser light can excite fluorescent proteins or fluorescent dyes in cells to achieve fluorescent imaging of cells, and observe the morphology, structure and physiological activities of cells, such as cell migration, differentiation, apoptosis and other processes.
Tissue imaging: As an excitation green light source in a multiphoton microscope, green laser diode module can achieve three-dimensional imaging of biological tissues, and is used to observe the blood vessels, nerves and other structures inside the tissues, and study the pathological and physiological changes of the tissues.
