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MidWest Optical Systems DB395/870-35.5 Dual Bandpass Filters

The DB395/870-35.5 Dual Bandpass Filters by Midwest Optical Systems are designed for precision imaging applications that require enhanced spectral discrimination. These filters are engineered to pass specific wavelengths in the visible (VIS) and near-infrared (NIR) spectrums, making them ideal for a variety of applications such as security surveillance, traffic solutions, and NDVI imaging. Their dual bandpass feature ensures that only the desired light is captured, leading to more accurate and reliable results.

Key Product Features

The DB395/870-35.5 Dual Bandpass Filters are packed with advanced features that set them apart from other filters in the market. They are designed for color camera applications that utilize both daytime sunlight and NIR illumination at night. This versatility allows for continuous imaging without the need for switching between different filters. Some of the key features include:

• Accurate Color Rendition: The filters block interfering wavelengths, ensuring that the colors captured are true to life.
• Single Sensor Imaging: They eliminate the need for dual sensor imaging, simplifying the imaging process and reducing the overall payload.

In addition, these filters are anti-reflection coated for maximum transmission, and they are hard-coated for durability. Their exceptional surface quality, with a 40/20 scratch/dig rating, ensures that the filters can withstand rigorous use and maintain peak performance.

Practical Applications

The DB395/870-35.5 Dual Bandpass Filters are increasingly popular in various fields due to their versatility and precision. They are particularly useful in NDVI aerial drone inspection, where dual bandpass filters enable single sensor imaging and reduce the operation payload. This innovation makes it possible to obtain NDVI imagery using personal aerial imaging devices, traditionally achieved through satellite imagery. These filters also find application in security and surveillance systems, where they contribute to improved image quality and enhanced performance.