Super Saver Bi520-58 Narrow Bandwidth Interference Light Green Bandpass Filter M58x0.75 System [S5hyRCfH]

Bi520-58 Green Bandpass Filter

Discover the MidOpt Bi520-58 Narrow Bandwidth Interference Light Green Bandpass Filter, a precision-engineered optical component designed to enhance the performance of your laser diode or LED light source systems. This filter is an essential tool for applications requiring precise wavelength control, offering exceptional quality and reliability.

• High Transmission - Achieve a peak transmission of ≥88% for optimal signal detection.
• Stable Performance - The Bi520 filter provides a stable and consistent performance across its 515nm to 525nm useful range.

Technical Specifications at a Glance

Experience the technical excellence of the Bi520-58 with its precise specifications and robust construction. Here are some key features:

• Filter Type - Narrow Bandwidth Interference Light Green Bandpass
• Useful Range - 515nm - 525nm with a tolerance of +/- 5nm for accurate wavelength control.
• FWHM - 25nm for minimal spectral width, ensuring sharp and focused light transmission.

The filter is designed with professional-grade materials, including a 40/20 surface quality and a clear aperture of 57.1mm, ensuring maximum light transmission and clarity.

Applications and Benefits

The MidOpt Bi520-58 Narrow Bandwidth Interference Light Green Bandpass Filter is ideal for a wide range of applications, including machine vision inspection and bioanalytical research. Its ability to block excitation sources and interfere with longer and shorter wavelength light makes it a valuable tool in various industries.

• Machine Vision - Utilize the filter for precise image analysis and enhanced detection capabilities.
• Bioanalytical Research - Support the study of popularly used fluorophores like GFP, GelStar, and SYBER Green with maximum efficiency.

This filter is a perfect choice for researchers, engineers, and professionals who demand the highest level of precision and performance from their optical components.