Top Pick Midwest Optical Systems Lp515-77 Get 65% Off Today [q6j1NskY]

Top Pick Midwest Optical Systems Lp515-77 Get 65% Off Today [q6j1NskY] Yellow-Orange Longpass Filter

Introducing the Top Pick Midwest Optical Systems Lp515-77 Get 65% Off Today [q6j1NskY] Yellow-Orange Longpass Filter, a precision optical tool designed for a wide range of applications. This filter is renowned for its exceptional ability to pass longer wavelength light while effectively blocking shorter wavelengths, making it an ideal choice for various scientific and photographic endeavors. With its "sharp-cut" design, the LP515-77 Longpass Filter stands out for its superior performance and reliability.

• Passes longer wavelengths for enhanced spectral analysis.
• Blocks shorter wavelengths to improve signal-to-noise ratio.

Product Specifications and Technical Details

The LP515-77 Yellow-Orange Longpass Filter is crafted with meticulous attention to detail, ensuring optimal performance in a variety of environments. Made from high-quality glass, this filter boasts double-side polishing for exceptional parallelism and optical flatness, which minimizes light scattering and distortion. Key specifications include a cutoff wavelength of 515nm and a transmission of up to 90%, making it perfect for fluorescence applications, photography, and astronomy.

• Double-side polished glass for superior optical quality.
• Cutoff wavelength of 515nm for precise spectral control.

Practical Applications and Benefits

The Top Pick Midwest Optical Systems Lp515-77 Get 65% Off Today [q6j1NskY] Yellow-Orange Longpass Filter is a versatile tool that finds its way into numerous applications. In fluorescence microscopy, it is used to block excitation light sources, allowing for clearer visualization of emitted wavelengths. In photography, it enhances the clarity of images by selectively passing longer wavelengths. For astronomers, it aids in observing celestial bodies with greater detail. This filter is an essential component for anyone seeking to improve the quality of their optical experiments and observations.

• Fluorescence applications for blocking excitation light sources.
• Photography for enhanced image clarity and detail.