Breakout Star Midwest Optical Systems Lp920-52 See Details [o2FOwGLM]

Breakout Star Midwest Optical Systems Lp920-52 See Details [o2FOwGLM] VIS Block Filter

The Breakout Star Midwest Optical Systems Lp920-52 See Details [o2FOwGLM] VIS Block Short-Wave Infrared Longpass M52 Longpass Filters are engineered to provide exceptional performance in a variety of applications. These filters are renowned for their ability to pass a broad spectrum of longer wavelength light while effectively blocking shorter wavelengths, making them ideal for precise optical applications. With their "sharp-cut" design, these filters ensure optimal signal-to-noise ratio and are a must-have for professionals in the fields of fluorescence, photography, and astronomy.

• Double-side polished glass for exceptional parallelism and optical flatness.
• Optimized for fluorescence applications to block excitation light sources or pass multiple emission wavelengths.

Key Features and Specifications

The LP920-52 Longpass Filters are crafted with precision, featuring double-side polished glass that guarantees exceptional parallelism and optical flatness. This ensures that the filters maintain consistent performance across a wide range of wavelengths. With a cutoff wavelength of 920nm, these filters are particularly effective in blocking short-wave infrared light, making them suitable for a variety of scientific and industrial applications. The M52 thread size ensures compatibility with a wide range of optical systems.

• Cutoff wavelength of 920nm for effective short-wave infrared blocking.
• Thread size: M52 for universal compatibility.

Practical Applications and Benefits

The Breakout Star Midwest Optical Systems Lp920-52 See Details [o2FOwGLM] VIS Block Filters are versatile tools that offer numerous benefits in various fields. In fluorescence applications, they are invaluable for blocking excitation light sources or passing multiple emission wavelengths, thereby enhancing the signal-to-noise ratio. Their use in photography and astronomy is also widespread, where they help capture detailed images by filtering out unwanted shorter wavelengths. With their exceptional optical quality and durability, these filters are a reliable choice for professionals who demand the best in their equipment.

• Enhanced signal-to-noise ratio in fluorescence applications.
• Improved image quality in photography and astronomy.