Bi520-25.4 Light Green Bandpass Filter

Filter by MidOpt, Mounted Band Pass Filter, Light Green: A reflective band pass filter designed for light green wavelengths, ranging from 495 nm to 545 nm. Equipped with a C-mount for easy attachment to imaging equipment.

Presenting the Bi520-25.4 Light Green Bandpass Filter by MidOpt, a specialized filter engineered to transmit light in the 495 nm to 545 nm range. This C-mount compatible filter is perfect for applications such as fluorescence imaging, laser alignment, and color correction in machine vision systems. Its absorptive bandpass design selectively allows the desired wavelengths while effectively blocking unwanted light, significantly enhancing image contrast and clarity. The filter's ease of installation into various camera setups makes it a practical solution for professionals requiring controlled light transmission in their imaging tasks.

Key Features:

• Selective Wavelength Transmission: Passes only light between 495 nm and 545 nm, crucial for applications needing precise color filtering.
• High Contrast Imaging: Absorptive design minimizes stray light and enhances image quality by reducing glare and reflections.
• C-Mount Compatibility: Easily integrates with cameras and optical systems using standard C-mount threads.
• Robust Build Quality: Constructed with durable materials to ensure long-lasting performance in various environments.

Applications:

• Fluorescence Imaging: Enhances the detection of fluorescent markers in biological samples, aiding in medical diagnostics and research.
• Laser Alignment: Improves visibility of green laser beams for precise alignment tasks in industrial and scientific settings.
• Machine Vision: Enhances color contrast for better object recognition and quality inspection in automated systems.
• Color Correction: Assists in adjusting color balance in imaging applications to achieve accurate color representation.

This filter is ideal for professionals seeking to improve imaging performance by controlling light transmission, ensuring high-quality results in critical applications.