Must-see Midwest Optical Systems Bi525-39 70% Off - Today Only [H7XWi1Sm]

Must-see Midwest Optical Systems Bi525-39 70% Off - Today Only [H7XWi1Sm] Light Green Interference Filters

The Must-see Midwest Optical Systems Bi525-39 70% Off - Today Only [H7XWi1Sm] Light Green Interference Filters are designed to provide precise wavelength separation in life science and laser analysis applications. These filters are part of the Bi Series, known for their narrow interference bandwidth and exceptional performance. With a 20-35nm FWHM, these filters offer a narrow bandwidth that is ideal for applications requiring discrete wavelength passage. The high transmission rate of ?85% ensures optimal system performance, making them a perfect choice for use with laser diodes.

Technical Specifications and Features

The Bi525-39 Light Green Interference Filters are engineered to meet the highest standards of quality and precision. They feature a reflective, mirror-type surface that minimizes thermal effects, ensuring consistent performance over time. These filters are available in sizes up to 79.5mm sq., providing flexibility in various applications. Key features include:

• Narrow Bandwidth: 20-35nm FWHM for precise wavelength separation.
• High Transmission: ?85% for optimal system performance.
• Reflective Surface: Minimizes thermal effects for long-lasting performance.

Applications and Benefits

The Bi525-39 Light Green Interference Filters are widely used in life science and laser analysis applications where discrete wavelength passage is crucial. Their narrow bandwidth and high transmission rate make them ideal for separating multiple light sources of similar wavelengths, enhancing system performance. These filters are also designed for use with laser diodes, making them a valuable tool in various scientific research and industrial applications. By choosing the Must-see Midwest Optical Systems Bi525-39 70% Off - Today Only [H7XWi1Sm] Light Green Interference Filters, you can ensure that your system achieves the highest level of precision and efficiency.