Trending Midwest Optical Systems Lp389-48 Up To 55% Off [89biNn34]

LP389-48 Precision Multi-Layer Filter

The Trending Midwest Optical Systems Lp389-48 Up To 55% Off [89biNn34] is a high-quality, precision multi-layer VIS + NIR A/R coated glass protective window designed for optimal performance in a variety of applications. This advanced filter is specifically crafted to pass a broad spectrum of longer wavelength light while blocking shorter wavelengths, making it an excellent choice for fluorescence applications and photography. With its double-side polished glass, the LP389-48 ensures exceptional parallelism and optical flatness, guaranteeing superior light transmission and clarity.

• Multi-Layer Coating: The LP389-48 features a precision multi-layer VIS + NIR A/R coating, providing exceptional light transmission and reflection properties.
• Double-Side Polished: The glass is double-side polished for exceptional parallelism and optical flatness, ensuring minimal light scattering and distortion.

Technical Specifications and Benefits

This precision filter is designed to meet the most stringent requirements for optical quality and performance. The LP389-48 boasts a sharp-cut design, allowing for a broad spectrum of longer wavelength light to pass through while blocking shorter wavelengths effectively. This feature is particularly beneficial in fluorescence applications, where blocking excitation light sources or passing multiple emission wavelengths can significantly improve the signal-to-noise ratio. The filter is also suitable for photography and astronomy, where precise light control is essential.

• Sharp-Cut Design: Passes a broad spectrum of longer wavelength light while blocking shorter wavelengths, ideal for fluorescence applications.
• Optical Quality: Exceptional parallelism and optical flatness for minimal light scattering and distortion.

Practical Applications and Target Audience

The Trending Midwest Optical Systems Lp389-48 Up To 55% Off [89biNn34] is an invaluable tool for researchers, scientists, and professionals in the fields of fluorescence, photography, and astronomy. Its versatile design allows for a wide range of applications, including fluorescence microscopy, optical spectroscopy, and astrophotography. By improving the signal-to-noise ratio and providing precise light control, this filter can enhance the quality and accuracy of experiments and observations.

• Research and Development: Ideal for use in laboratories and research facilities where precise light control is crucial.
• Photography and Astronomy: Enhance the quality and clarity of images in a variety of environments and applications.