Industrial laser modules have become an essential tool for precision manufacturing, scientific research, medical diagnostics, and imaging applications. Among the diverse types of laser modules available in the market, the 520nm Green Line Industrial Laser Module stands out for its high output power, reliable performance, and efficient energy utilization. The 520nm green line laser module generates a green light beam with a wavelength of 520nm, which is highly visible and suitable for various industrial and scientific applications. The power output of the laser module ranges from a few milliwatts to several watts, depending on the specific model and configuration. 520nm Green Line Industrial Laser Module can be customized according to the specific needs and preferences of the user. Some of the customization options include the output power, beam diameter, beam divergence, modulation frequency, cooling mode, shell design, and control interface. These customization features enable the user to adapt the laser module to various applications and environments, enhancing its versatility and functionality.

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Specifications:

Product Name	520nm Green Line Laser Module
Output Wavelength	520nm±10nm
Spot Mode	Dot/Line/Cross line
Output Power	10mw-150mw
Input Voltage	3.7V(single 16340 battery)
Input Current	120mA
Operating Temperature	-40℃-75℃
Material	Aviation Aluminum
Lens Angle	90°
Working Hours	8000H

The shell material used in the construction of the 520nm Green Line Industrial Laser Module is typically composed of aluminum alloy, stainless steel, or brass. These materials offer excellent thermal conductivity, mechanical strength, and corrosion resistance, making the laser module robust and durable in harsh industrial environments. The shell may also feature a water-resistant, dust-proof, or anti-vibration design, further enhancing its reliability and usability.

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The 520nm Green Line Industrial Laser Module comprises four main components: a diode laser, an optical resonator, a cooling system, and a power supply. The diode laser works as the primary source of coherent light, which emits photons at a specific wavelength of 520nm. The optical resonator consists of several mirrors that reflect and amplify the laser beam, shaping it into a collimated and stable output beam. The cooling system keeps the laser diode at a steady temperature, preventing overheating and reducing thermal noise. The power supply provides the necessary electrical energy to operate the laser diode, modulate its output, and control the laser parameters.

The 520nm Green Line Industrial Laser Module finds applications in a wide variety of fields, including industrial manufacturing, scientific research, medical imaging, astronomy, and defense. Some of the specific scenarios where it can be used include cutting and drilling of metals, plastics, and ceramics, precision marking and engraving of parts and components, laser-based sensors and detectors, biomedical diagnostics, ophthalmology, laser pointers, and laser communication systems.

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