One-of-a-kind Bi750-77 Narrow Bandwidth Interference Nir Bandpass Filter M77x0.75 Cyber Monday Only [VeOzn52l]

Bi750-77 Narrow Bandwidth NIR Bandpass Filter

The MidOpt Bi750-77 Narrow Bandwidth Interference NIR Bandpass Filter is a cutting-edge optical accessory designed to enhance the visibility of specific dyes used in labeling, packaging, and manufacturing processes. This filter is engineered to eliminate interfering visible and longer-wave NIR light, significantly improving contrast and detection capabilities. With its narrow bandwidth and precise specifications, the Bi750-77 filter is an essential tool for professionals in various industries seeking to improve the quality and efficiency of their imaging systems.

Technical Specifications and Features

The Bi750-77 filter boasts a useful range of 740nm to 765nm, with a tolerance of +/- 5nm for peak transmission, ensuring consistent and reliable performance. Its peak transmission is an impressive ≥90%, while the surface quality is rated at 40/20, guaranteeing minimal reflections and scatter. The filter is available in a 77mm diameter with a M77x0.75 thread, providing compatibility with a wide range of camera sensors and objective lenses. Key features include a clear aperture of 76.8mm, an overall thickness of 6.5mm, and an exposed thickness of 4.5mm, making it suitable for various applications without compromising image quality.

Practical Applications and Benefits

The MidOpt Bi750-77 Narrow Bandwidth Interference NIR Bandpass Filter finds its applications in numerous fields, including quality control, scientific research, and industrial inspection. By highlighting dyes that are often invisible under standard lighting, this filter enables users to detect and analyze markings with greater precision. Whether used in packaging lines, medical imaging, or other high-resolution imaging applications, the Bi750-77 filter offers numerous benefits, such as improved contrast, enhanced detection capabilities, and a more efficient workflow. With its robust construction and precise engineering, this filter is a valuable asset for professionals seeking to optimize their imaging systems and achieve superior results.