Explore Midwest Optical Systems Lp415-46 Pro Version [2sLCUevw]

Explore Midwest Optical Systems Lp415-46 Pro Version [2sLCUevw] UV Block A/R Protective Window

Introducing the Explore Midwest Optical Systems Lp415-46 Pro Version [2sLCUevw] UV Block A/R Protective Window, a premium filter designed for exceptional optical performance in various applications. This sharp-cut longpass filter is engineered to pass a broad spectrum of longer wavelength light while effectively blocking shorter wavelengths. Its advanced design makes it an ideal choice for fluorescence applications, photography, and astronomy, where high-quality light transmission and minimal reflection are crucial.

• Double-side polished glass ensures exceptional parallelism and optical flatness.
• Sharp-cut longpass filter for precise light transmission control.

The LP415-46 UV Block A/R Protective Window is crafted with double-side polished glass, guaranteeing superior parallelism and optical flatness. This feature not only enhances the filter's performance but also ensures longevity and durability. The filter's specifications include a diameter of M46, making it compatible with a wide range of optical devices. Its UV blocking properties protect sensitive equipment from harmful ultraviolet radiation, while the anti-reflective (A/R) coating minimizes light loss and glare.

• UV blocking to protect equipment from harmful radiation.
• Anti-reflective coating for reduced light loss and glare.

The Explore Midwest Optical Systems Lp415-46 Pro Version [2sLCUevw] UV Block A/R Protective Window is a versatile tool for professionals and enthusiasts alike. Whether you're using it in fluorescence microscopy, photography, or astronomy, this filter offers numerous benefits. Its ability to block excitation light sources and pass multiple emission wavelengths improves the signal-to-noise ratio, making it an essential tool for achieving clear and accurate results. The LP415-46 is perfect for researchers, photographers, and astronomers who demand the highest level of optical performance.

• Fluorescence applications for blocking excitation light sources.
• Photography and astronomy for enhancing image quality.