User-friendly Midwest Optical Systems Db940-48 Series [Q524DMcS]

User-friendly Midwest Optical Systems Db940-48 Series [Q524DMcS] Dual Bandpass Filters

Introducing the User-friendly Midwest Optical Systems Db940-48 Series [Q524DMcS] Dual Bandpass Filters, a cutting-edge solution designed for advanced imaging applications. These filters are engineered to pass both visible light and a specific portion of the near-infrared (NIR) spectrum, making them ideal for a wide range of applications, including security and surveillance, intelligent traffic solutions, and NDVI imaging. The DB940-48 Dual Bandpass Filters stand out for their ability to achieve accurate color rendition by blocking interfering wavelengths, eliminating the need for dual sensor imaging and providing unparalleled image quality.

• Pass visible light and specific NIR spectrum
• Accurate color rendition

Product Specifications and Technical Details

The DB940-48 Dual Bandpass Filters are crafted with precision, featuring anti-reflection coating for maximum transmission and hard-coated, single-substrate fabrication for exceptional surface quality. These filters are designed to be compatible with color camera applications, making them perfect for use with daytime sunlight and NIR illumination at night. The filters are also known for their 40/20 scratch/dig surface quality, ensuring clarity and durability.

• Anti-reflection coated for maximum transmission
• Hard-coated, single-substrate fabrication

Applications and Benefits

The DB940-48 Dual Bandpass Filters are a game-changer in various industries. They are increasingly popular in NDVI aerial drone inspection, enabling single sensor imaging and reducing operation payload. By utilizing these filters, professionals can now obtain NDVI, traditionally achieved through satellite imagery, using personal aerial imaging devices. This innovative technology is a must-have for professionals in security, surveillance, traffic solutions, and environmental monitoring, providing enhanced image clarity and efficiency.

• NDVI aerial drone inspection
• Single sensor imaging