Highly Rated Midwest Optical Systems Bi850-13.25 Complete Set [qGUDPF6R]

Highly Rated Midwest Optical Systems Bi850-13.25 Complete Set [qGUDPF6R] Near-IR Interference Filters

The Highly Rated Midwest Optical Systems Bi850-13.25 Complete Set [qGUDPF6R] Near-IR Interference Filters are designed to meet the precision needs of advanced research and analysis applications. These high-quality filters are part of the Bi Series, renowned for their narrow interference bandwidth and exceptional performance. With a 20-35nm FWHM, these filters provide a narrow bandwidth that ensures precise wavelength selection, making them ideal for applications requiring discrete wavelength transmission.

• High Transmission: The Bi850-13.25 filters offer an impressive transmission rate of ?85%, ensuring maximum signal throughput for your experiments.
• Optimized for Laser Diodes: These filters are specifically designed for use with laser diodes, making them a perfect choice for applications where laser diode performance is crucial.

Key Features and Specifications

The Highly Rated Midwest Optical Systems Bi850-13.25 Complete Set [qGUDPF6R] filters are not only precise but also feature-rich. Their reflective, mirror-type surface minimizes thermal effects, ensuring stable performance over time. The filters are available in sizes up to 79.5mm sq., providing flexibility in system integration. Here are some of the key features and specifications that make these filters stand out:

• Narrow Bandwidth: The 20-35nm FWHM bandwidth ensures that only the desired wavelengths are transmitted, maximizing system performance.
• Ideal for Multiple Light Sources: When multiple light sources of similar wavelengths are present, these filters provide the ideal wavelength separation needed for accurate analysis.

The high transmission and narrow bandwidth make the Bi850-13.25 filters a reliable choice for life science and laser analysis applications.

Applications and Benefits

The Bi Series Narrow Interference Bandpass Filters, including the Bi850-13.25, are widely used in life science and laser analysis applications. Their ability to pass discrete wavelengths maximizes system performance and is essential for achieving accurate results. Here are some of the key applications and benefits of using these filters:

• Life Science: These filters are ideal for fluorescence microscopy, where precise wavelength control is critical for visualizing cellular structures and processes.
• Laser Analysis: The narrow bandwidth of these filters is beneficial for spectral analysis, ensuring that only the intended wavelengths are measured.

With their exceptional quality and versatility, the Highly Rated Midwest Optical Systems Bi850-13.25 Complete Set [qGUDPF6R] Near-IR Interference Filters are a valuable addition to any research laboratory.