Top Pick Midwest Optical Systems Bi832-67 Best Choice [46snObiu]

Top Pick Midwest Optical Systems Bi832-67 Best Choice [46snObiu] Near-IR Interference Bandpass Filters

Midwest Optical Systems is proud to present the Bi832-67 Near-IR Interference Bandpass M67 Bandpass Interference Filters, a specialized optical component designed for precision applications. These filters are part of the Bi Series, renowned for their narrow interference bandwidth and exceptional performance. With a focus on maximizing system performance, the Bi832-67 filters are ideal for life science and laser analysis applications where discrete wavelength separation is crucial.

Key Features and Specifications

The Bi832-67 filters offer a narrow bandwidth of 20-35nm FWHM, ensuring precise wavelength control. With a high transmission rate of over 85%, these filters effectively pass the desired wavelengths while minimizing unwanted light. Designed for use with laser diodes, these filters provide ideal wavelength separation when multiple light sources of similar wavelengths are present. Their reflective, mirror-type surface helps minimize thermal effects, making them suitable for various applications. The Bi832-67 filters are available in sizes up to 79.5mm sq., offering flexibility in system integration.

Applications and Benefits

The Bi Series Narrow Interference Bandpass Filters are widely used in life science and laser analysis applications. Their ability to pass discrete wavelengths maximizes system performance, making them essential for researchers and scientists. The following are some key benefits of using the Bi832-67 filters:

High Transmission Rate: Over 85% transmission ensures maximum light throughput.

Narrow Bandwidth: 20-35nm FWHM for precise wavelength control.

Ideal for Laser Diodes: Designed for optimal performance with laser diode systems.

Reflective Surface: Minimizes thermal effects for stable operation.

Available in Various Sizes: Up to 79.5mm sq. for flexibility in system design.

With the Bi832-67 filters, you can achieve superior performance and reliability in your optical systems.