Discover Midwest Optical Systems Lp695-22.5 - Act Fast [50uHgqQY]

Discover Midwest Optical Systems Lp695-22.5 - Act Fast [50uHgqQY] Near-IR Longpass Filters

Welcome to Midwest Optical Systems, where precision meets innovation. Our LP695-22.5 Near-IR Longpass Filters are designed to excel in a variety of applications, offering exceptional performance and reliability. These filters are often referred to as "sharp-cut" filters, making them ideal for passing a broad spectrum of longer wavelength light while effectively blocking shorter wavelengths. With their superior optical quality, these filters are a must-have for professionals in fields such as fluorescence, photography, and astronomy.

• Passes a broad spectrum of longer wavelength light
• Blocks shorter wavelengths effectively

Key Features of LP695-22.5 Longpass Filters

Our LP695-22.5 Longpass Filters are crafted with precision and care, featuring double-side polished glass for exceptional parallelism and optical flatness. This ensures that the filters provide a clear and distortion-free image, making them perfect for high-resolution applications. The following are some of the key features that set our filters apart:

• Double-side polished glass for exceptional parallelism
• Optical flatness for clear and distortion-free images
• Optimized for fluorescence applications to block excitation light sources
• Passes multiple emission wavelengths, improving signal-to-noise ratio

Practical Applications of LP695-22.5 Filters

The LP695-22.5 Longpass Filters are versatile tools that find practical use in various industries. In fluorescence applications, they are invaluable for blocking excitation light sources or passing multiple emission wavelengths, thus enhancing the signal-to-noise ratio. Their wide range of applications also includes photography and astronomy, where they help capture detailed images with exceptional clarity. With Discover Midwest Optical Systems Lp695-22.5 - Act Fast [50uHgqQY] filters, you can expect:

• Enhanced signal-to-noise ratio in fluorescence applications
• Improved image clarity in photography and astronomy
• Reliable performance in a variety of demanding environments