
( Brand: Industrial Microphotonics ), ( Manufacturer Part Number: FSL-B-4.5 ), ( Part Type: Laser ), ( Country/region Of Manufacture: United States )
Experience unparalleled precision and efficiency with the FSL-B-4.5 Collimation Set Power Diode Collimator Lenses from MicroPhotonics. Designed specifically for power diode lasers operating at a wavelength of 4.5 microns, this collimation set is an indispensable tool for high-energy laser applications.
The FSL-B-4.5 Collimation Set comprises a meticulously engineered series of lenses, each crafted from superior quality, ultra-low expansion (ULE) glass. This ensures minimal thermal distortion, resulting in consistent and reliable performance even under extreme temperature variations. The set includes a condenser lens, a collimator lens, and a focusing lens, all optimized to deliver an optimal beam profile.
The condenser lens broadens the beam emitted by the power diode, ensuring optimal fill of the collimator. The collimator lens, on the other hand, transforms the diverging beam into a parallel beam, perfect for long-distance transmission or focusing. The focusing lens, lastly, concentrates the parallel beam into a tight, focused spot, ideal for applications requiring high-power concentration.
Each lens in the FSL-B-4.5 Collimation Set is carefully aligned with each other, eliminating the need for time-consuming and error-prone manual alignment. The set is designed to work seamlessly with power diode lasers, providing outstanding beam quality and stability.
Whether you're working in the fields of research, industrial processing, or medical laser applications, the FSL-B-4.5 Collimation Set Power Diode Collimator Lenses by MicroPhotonics is an essential tool that will help you achieve remarkable results with your power diode laser. Invest in this high-performance, precision-engineered collimation set today and elevate your laser applications to new heights of efficiency and reliability.
1. Designed for 4.5 wavelength: This collimation set is specifically engineered for a wavelength of 4.5, which makes it ideal for applications that require this specific wavelength, such as spectroscopy or laser material processing.
2. High-quality glass: The use of high-quality glass ensures better light transmission and reduces potential distortions, enhancing the overall performance of the collimation system.
3. Power diode collimator: This feature allows for precise beam collimation, ensuring optimal performance for your laser system.
4. Lens set: The inclusion of a lens set provides flexibility in adjusting the beam size and shape, making it versatile for various applications.
5. Brand reputation: MicroPhotonics is a well-known brand in the field of optics and photonics, ensuring a certain level of quality and reliability.
Cons:1. Specific wavelength: Since it is designed for a specific wavelength, it may not be compatible with lasers operating at different wavelengths, limiting its versatility.
2. Potential cost: High-quality optical components can be expensive, and this collimation set may not be an exception, which could be a concern for those on a budget.
3. Complex setup: Collimating a laser beam requires careful alignment and adjustment, which may require some level of expertise and time to achieve optimal performance.
4. Potential damage: Improper handling or misalignment can potentially damage the delicate optical components, which could lead to performance issues or the need for replacement.
Conclusion: The FSL-B-4.5 Collimation Set Power Diode Collimator Lenses from MicroPhotonics offers high-quality components designed for a specific wavelength, ensuring precise beam collimation and optimal performance for your laser system. However, its specific wavelength limitation and potential cost may deter some users. If your application requires a 4.5 wavelength laser and you have the necessary budget and expertise, this collimation set could be a valuable addition to your laser system. If you are unsure or have different requirements, it is recommended to consult with a professional or research alternative options.
They are coated for blue to green laser light and are rated for up to 3 watts of laser power.
The lenses could also be used to pump crystals or launch a beam down an optical fiber as well. These are small glass collimator lenses that are about 5. I have lots of laser and other unique stuff for sale this week. 6mm in diameter and have a focal length of about 4.