All-in-one Midwest Optical Systems Bi750-37.5 Accessory [P8Ajf6Ei]

High-Performance Near-IR Interference Filters

Midwest Optical Systems is proud to present the bi750-37.5 Near-IR Interference Bandpass M37.5 Bandpass Interference Filters, a cutting-edge solution for precise wavelength control in optical systems. These filters are designed to enhance performance in life science and laser analysis applications, where discrete wavelengths are critical for optimal results. With their exceptional narrow bandwidth and high transmission rate, the bi750-37.5 filters are the ideal choice for applications requiring precise wavelength separation.

Key Features and Specifications

The bi750-37.5 filters offer a narrow bandwidth of 20-35nm FWHM, ensuring minimal light leakage and maximum system performance. Their high transmission rate of ?85% guarantees efficient light utilization, while their reflective, mirror-type surface minimizes thermal effects, further enhancing the filter's lifespan. Designed for use with laser diodes, these filters are highly versatile and can be used in a variety of applications. Here are some of the key features and specifications:

• Narrow Bandwidth: 20-35nm FWHM for precise wavelength control
• High Transmission: ?85% for efficient light utilization
• Reflective Surface: Minimizes thermal effects and extends filter lifespan

Applications and Benefits

The bi750-37.5 filters are highly sought after in life science and laser analysis applications due to their ability to pass only discrete wavelengths. This feature maximizes system performance and ensures accurate results. Whether you are working with multiple light sources of similar wavelengths or require precise wavelength separation, these filters are the perfect solution. Some common applications include:

• Laser analysis
• Life science research
• Optical system development

With the bi750-37.5 filters, you can expect unparalleled performance, reliability, and efficiency in your optical applications. Upgrade your system today and experience the difference.