Trending Now Midwest Optical Systems Bi725-37.5 With Warranty [tZXcDA2M]

Trending Now Midwest Optical Systems Bi725-37.5 With Warranty [tZXcDA2M] Red Edge Bandpass Filter

The Trending Now Midwest Optical Systems Bi725-37.5 With Warranty [tZXcDA2M] Red Edge Bandpass M37.5 Bandpass Interference Filter is a premium optical solution designed for precision applications. This filter is part of the Bi Series, renowned for its narrow interference bandwidth and exceptional performance. With a 20-35nm Full Width at Half Maximum (FWHM), the Bi725-37.5 offers a highly focused bandwidth, ensuring optimal system performance. Its high transmission rate of over 85% makes it ideal for applications requiring intense light control and clarity.

Technical Specifications and Features

The Bi725-37.5 filter is specifically designed for use with laser diodes, making it an excellent choice for life science and laser analysis applications. Its reflective, mirror-type surface minimizes thermal effects, providing consistent and reliable performance over time. The filter is available in sizes up to 79.5mm square, offering flexibility in system integration. Key features include:

• Narrow Bandwidth: 20-35nm FWHM for precise wavelength selection.
• High Transmission: Over 85% to ensure maximum light utilization.
• Reflective Surface: Mirror-type surface reduces thermal effects and enhances stability.

Applications and Benefits

The Bi Series filters, including the Bi725-37.5, are widely used in life science and laser analysis due to their ability to pass discrete wavelengths. These filters are ideal when multiple light sources of similar wavelengths are present, providing clear and distinct separation. Their benefits are numerous:

• Enhanced System Performance: By allowing only specific wavelengths to pass, the Bi725-37.5 maximizes the performance of your system.
• Increased Efficiency: High transmission rate ensures efficient use of light, reducing waste and cost.
• Wide Range of Applications: Suitable for a variety of scientific and analytical instruments, from microscopes to spectrometers.