Viral Midwest Optical Systems Lp920-86 Perfect Gift [KA8jQdoi]

Viral Midwest Optical Systems Lp920-86 Perfect Gift [KA8jQdoi] VIS Block Short-Wave Infrared Longpass Filters

Introducing the Viral Midwest Optical Systems Lp920-86 Perfect Gift [KA8jQdoi] VIS Block Short-Wave Infrared Longpass Filters, a premium optical solution designed for precision and performance. These filters are engineered to excel in blocking shorter wavelengths while allowing a broad spectrum of longer wavelengths to pass through. With their exceptional design, these filters are perfect for a variety of applications, including fluorescence, photography, and astronomy.

• High-quality construction: Double-side polished glass ensures exceptional parallelism and optical flatness, providing reliable and consistent performance.
• Sharp-cut technology: The longpass feature effectively blocks shorter wavelengths, making it ideal for precise light control in complex applications.

Technical Specifications and Features

The LP920-86 filters are crafted with precision, featuring a sharp-cut design that blocks shorter wavelengths with utmost efficiency. They are designed to pass a broad spectrum of longer wavelengths, making them suitable for various scientific and industrial applications. Key specifications include:

• Wavelength range: 920 nm to 1.06 µm, providing a wide spectrum of light transmission.
• Optical density: 10 (or as specified), ensuring effective blocking of shorter wavelengths.

These filters are also designed with the user in mind, featuring a robust construction that ensures durability and long-lasting performance.

Applications and Benefits

The Viral Midwest Optical Systems Lp920-86 Perfect Gift [KA8jQdoi] VIS Block Short-Wave Infrared Longpass Filters are versatile tools for a wide range of applications. In fluorescence applications, they are used to block excitation light sources or to pass multiple emission wavelengths, enhancing signal-to-noise ratio. Their sharp-cut design makes them ideal for photography and astronomy, where precise light control is essential.

• Fluorescence microscopy: Block excitation light sources and improve the clarity of emitted fluorescence.
• Photography: Achieve precise light control and enhance image quality.
• Astronomy: Filter out unwanted light, allowing for better observation and analysis of celestial objects.

These filters are a must-have for professionals in the fields of science, photography, and astronomy, offering the precision and reliability needed for complex applications.