
( Part Type: Laser ), ( Country/region Of Manufacture: China )
The 447nm 1w Diode Laser PGL-V (PGL-V-H) is a high-quality, powerful, and versatile ultraviolet (UV) laser diode designed for a wide array of applications. This laser diode, with its distinctive wavelength of 447nm, offers exceptional performance in the UV range, making it a valuable tool for various industries.
The PGL-V series, and specifically the PGL-V-H model, is renowned for its high output power of 1 watt. This power level ensures rapid and efficient processing, reducing the time required for tasks while maintaining a high level of accuracy. The laser diode's concentrated beam delivers an intense energy output, ideal for marking, engraving, and cutting of a variety of materials such as plastics, metals, and ceramics.
The PGL-V-H is equipped with a built-in TEM00 (Gaussian) fiber coupler, which ensures a high-quality beam profile. This feature significantly enhances the precision and consistency of the laser's output, resulting in superior quality results. The laser diode also features a thermal management system to ensure stable and long-lasting performance, even during extended periods of use.
The 447nm wavelength of the PGL-V-H laser diode offers several unique advantages. In the field of UV curing, this wavelength is highly effective, capable of rapidly curing a wide range of photo-sensitive materials. Additionally, in the realm of spectroscopy, this wavelength is ideal for excitation and analysis of specific chemical compounds.
In conclusion, the 447nm 1w Diode Laser PGL-V (PGL-V-H) is a high-performance, versatile, and reliable laser diode suitable for a multitude of applications. Its powerful output, high precision, and industry-specific wavelength make it an indispensable tool for professionals in various fields, from manufacturing and engineering to scientific research and beyond.
The 447nm 1w Diode Laser PGL-V and PGL-V-H are high-powered, UV-A diode lasers used in various applications such as industrial marking, medical treatments, and scientific research. This analysis aims to provide an informed decision on whether to purchase these lasers by outlining their key pros and cons.
Pros of PGL-V and PGL-V-H:1. High Power Output: With a power output of 1 watt, these lasers can achieve high-speed marking and engraving, making them suitable for various industrial applications.
2. UV-A Wavelength: The 447nm wavelength is ideal for applications that require high resolution and clarity, such as data matrix codes, micro-marking, and certain medical treatments.
3. Compact Design: The diode laser's small size and lightweight nature make it easy to integrate into various systems, reducing the need for extensive modifications.
4. Long Lifespan: Diode lasers have a longer lifetime compared to other laser types due to their solid-state design, resulting in lower maintenance costs over time.
Cons of PGL-V and PGL-V-H:1. Limited Applications: The 447nm wavelength is not suitable for all materials, as it may not provide the required depth of marking or engraving for certain applications.
2. Higher Cost: Compared to other lower-power diode lasers, the 447nm 1w models can be more expensive, which may not be justifiable for applications requiring less power.
3. Safety Concerns: UV-A lasers, including the 447nm wavelength, can potentially cause eye and skin damage, necessitating the use of appropriate safety measures and training.
4. Overheating: High-power diode lasers, such as the 1w models, may heat up quickly during extended use, requiring a cooling system or frequent pauses for cooling.
Conclusion:The 447nm 1w Diode Laser PGL-V and PGL-V-H are ideal for applications that require high-speed marking or engraving with high resolution and clarity, such as data matrix codes, micro-marking, and certain medical treatments. However, their limited compatibility with materials and higher cost compared to lower-power diode lasers should be carefully considered. If the specific application demands the features offered by these lasers, they can be a valuable investment due to their long lifespan and compact design. To mitigate potential safety concerns, it is essential to invest in appropriate safety measures and provide adequate training to users.
Recommendation:For industrial marking, scientific research, or specialized medical treatments requiring high-speed, high-resolution, and high-clarity results, the 447nm 1w Diode Laser PGL-V and PGL-V-H can be a suitable choice. However, it is advisable to thoroughly evaluate the specific requirements of the application and compare these lasers with other available options to ensure the best possible investment.
Its actual output is 1074mw, see photos. See the photo with full specifications. This is a used 447nm blue 1w diode that has been used in a laser projector and is now ready for use in different projectors or other applications.