
( Brand: Nichia ), ( Manufacturer Part Number: M-140 ), ( Part Type: Laser ), ( Bundle Listing: No )
Experience the unparalleled brilliance of the 445nm M140 Laser Diode by Nichia, a leading innovator in the field of high-intensity light sources. This M-140 series laser diode is designed for applications that require exceptional performance and reliability.
Measuring 5.6mm in diameter, this compact yet powerful laser diode emits a robust beam of 445nm wavelength ultraviolet light. The 140 Nichia M-140 is renowned for its high output power, typically rated at around 50mW, ensuring a strong and focused light output that can penetrate various materials.
The M-140 series is engineered for longevity, with a lifespan that far exceeds most other laser diodes in its class. Nichia's proprietary technology enables the diode to maintain its high performance even under continuous operation, making it an ideal choice for demanding applications such as UV curing, spectroscopy, and bio-analysis.
The 445nm M140 Laser Diode by Nichia is a perfect blend of power, efficiency, and durability. Its compact size, high output power, and long lifespan make it an indispensable tool for a wide range of industries, from medical and scientific research to industrial manufacturing and LED lighting.
In conclusion, the 445nm M140 Laser Diode by Nichia is a cutting-edge solution for all your high-intensity UV light needs. Its remarkable performance and reliability make it an essential tool for professionals and hobbyists alike. Upgrade your projects with this high-performance laser diode today!
**Laser Diode (445nm M140) Overview:**The 445nm M140 laser diode with a 5.6mm size and Nichia M-140 brand is a high-power, blue laser diode often used in various applications such as UV-curing, medical equipment, and industrial marking.
**Pros:**1. High Power: The M140 laser diode provides a high output power, making it capable of performing tasks quickly and efficiently.
2. Quality: Nichia, the brand manufacturer, is known for producing high-quality laser diodes with excellent reliability.
3. Wavelength: The 445nm wavelength is suitable for many applications, particularly those that require blue light.
4. Durability: The M140 laser diode is designed to withstand rigorous use in industrial settings.
**Cons:**1. Cost: The M140 laser diode is relatively expensive compared to other laser diodes, which may make it less accessible for budget-conscious users.
2. Cooling Requirements: The high power output of the M140 laser diode generates significant heat, requiring a reliable cooling system to prevent overheating.
3. Limited Applications: While the M140 laser diode is suitable for many applications, it may not be the best choice for tasks that require other wavelengths, such as red or green light.
**Conclusion:**The 445nm M140 laser diode with Nichia M-140 brand offers high power, excellent quality, and durability, making it a popular choice in various industries. However, its high cost, cooling requirements, and limited applications should be taken into consideration before making a purchase.
**Recommendation:**If you require a high-power blue laser diode for industrial, medical, or UV-curing applications and have the budget to accommodate the cost, the 445nm M140 laser diode with Nichia M-140 brand is a recommended choice. Ensure that you have the necessary cooling system in place to manage the heat generated by the laser diode. If the cost is a concern, consider exploring other options with lower power output or different wavelengths that may better suit your needs and budget.
These diodes are extracted from laser diode arrays and will have some solder heat sink compound residue. You are guaranteed to receive the highest quality diode available.
For sale is a single m watt 445nm laser diode m-type. Never trust that a driver is producing what the manufacturer specs say. These are the newest japan version with long plastic spacer.
Too much current will kill them instantly. 1-before putting any kind of power to these or laser diode, they must first be pressed into a module and placed heat sink sufficient size.
They are commonly referred to as tinned pin. 2-laser diodes are very sensitive electronic devices and require a specific electrical current to work properly.