Ultimate Midwest Optical Systems Lp900-39 - Today Only [Wk8nRMsz]

Ultimate Midwest Optical Systems Lp900-39 - Today Only [Wk8nRMsz] Longpass Filters

Discover the Ultimate Midwest Optical Systems Lp900-39 - Today Only [Wk8nRMsz] Near-IR Longpass M39 Longpass Filters, the ultimate solution for precise light filtering. These high-quality filters are designed to excel in various applications, including fluorescence, photography, and astronomy. With their exceptional performance and durability, they are the perfect choice for professionals and enthusiasts alike.

Key Product Features

The LP900-39 Longpass Filters are crafted with precision, featuring double-side polished glass for optimal parallelism and optical flatness. This ensures minimal light scattering and reflections, providing clear and undistorted images. The sharp-cut design allows for a broad spectrum of longer wavelength light to pass through while effectively blocking shorter wavelengths. This feature is particularly useful in fluorescence applications, where the ability to isolate specific wavelengths is crucial.

• High Optical Quality: Double-side polished glass for exceptional parallelism and optical flatness.
• Sharp-Cut Design: Passes broad spectrum of longer wavelength light while blocking shorter wavelengths.

Practical Applications and Benefits

The Ultimate Midwest Optical Systems Lp900-39 - Today Only [Wk8nRMsz] Longpass Filters are versatile tools that offer numerous benefits across various fields. In fluorescence applications, they are invaluable for blocking excitation light sources and passing multiple emission wavelengths, enhancing the signal-to-noise ratio. Their use in photography and astronomy allows for detailed imaging and analysis. Whether you are a researcher, photographer, or astrophotographer, these filters are designed to meet your specific needs and deliver exceptional results.

• Fluorescence Applications: Blocks excitation light and passes multiple emission wavelengths.
• Photography and Astronomy: Enhances detailed imaging and analysis.