
( Brand: M140 ), ( Model: M-TYPE ), ( Part Type: Laser )
Experience exceptional precision and power with our High-Performance M140 2-Watt Blue Laser Diode. This state-of-the-art device operates at a wavelength of 445nm, providing a brilliant blue beam that stands out in various applications.
The M140 2-Watt Laser Diode boasts an impressive 2-watt output, delivering a focused 5.6mm beam that offers excellent intensity and brightness. Its 18m-type design ensures a well-collimated beam, making it ideal for applications requiring a high degree of coherence and directionality.
This laser diode is housed in a M140 package, a standard size for high-power laser diodes, ensuring easy integration into a variety of systems. Its compact size belies its powerful capabilities, making it a versatile tool for various uses, from industrial marking and engraving to scientific research and medical applications.
The M140 2-Watt Blue Laser Diode is designed with durability in mind, offering a long lifespan for continuous operation. It is an excellent choice for those seeking a reliable, high-performance blue laser diode that delivers consistent results, day after day.
Embrace the future of laser technology with our M140 2-Watt Blue Laser Diode. Whether you're a professional seeking advanced capabilities or a hobbyist looking to explore the world of lasers, this device will not disappoint. Invest in precision, power, and performance with our M140 2-Watt Blue Laser Diode.
1. High Power Output: With a 2-watt power output, this laser diode can deliver a significant amount of energy for various applications that require a strong beam.
2. Short Wavelength: The 445nm wavelength of this laser diode falls within the UV-A range, which can be beneficial for specific applications such as UV curing, forensic analysis, and certain types of spectroscopy.
3. Beam Type: The 18m-type beam of this laser diode, while not as narrow as some other types, is still suitable for many applications and can provide a good balance between intensity and diffuseness.
4. M140 Package: This package is a popular choice due to its compact design, making it easier to integrate into various systems.
Cons:1. UV-A Safety Concerns: As with any UV light source, safety precautions must be taken when handling this laser diode, as prolonged exposure to UV-A light can cause eye and skin damage.
2. Potential Overheating: Due to its high power output, this laser diode may heat up during prolonged use, which could potentially reduce its lifespan or cause other issues if not properly managed.
3. Not Ideal for All Applications: The 445nm wavelength may not be suitable for all applications, as some materials do not interact well with UV-A light.
Ending Conclusion:The 2-watt M140 laser diode (445nm, 5.6mm, 2W Beam, 18m-type) offers a powerful and compact solution for various applications that require a UV light source. However, it's essential to consider the potential safety concerns and compatibility issues before purchasing. If the specifications align with your requirements and you're prepared to take necessary safety precautions, this laser diode could be a valuable addition to your equipment.
Recommendation:If you're looking for a UV-A laser diode with a moderate power output, the 2-watt M140 laser diode (445nm, 5.6mm, 2W Beam, 18m-type) seems like a suitable choice. However, make sure to conduct further research on safety measures and compatibility with your intended application to ensure the best possible outcome.
The diode emits a 445nm wave length with output power reaching 2 watts . Please return the favor.
The current should not exceed Each diode is carefully extracted from a laser array. This listing is for one M140 M-type has the little above square symbol laser diode.
Always wear protective safety glasses or goggles that block this spectrum and intensity of light.
You've only got one set of eyes.
Reverse polarity, excessive current and high heat will damage or ruin these. Each diode is tested to ensure functionality. I am usually very quick to respond and i'm more than happy help.
I normally ship the same day or before next available pick-up. The diodes must be inserted in to a laser diode module w heat-sink before energizing dissipate heat. A glass lens should be used as well. A constant current laser diode driver is required to drive the diode, never connect directly battery.