Your New Favorite Midwest Optical Systems Bi850-39 Up To 85% Off [SvyLZJi0]

Your New Favorite Midwest Optical Systems Bi850-39 Up To 85% Off [SvyLZJi0] Near-IR Interference Bandpass Filter

Introducing the Your New Favorite Midwest Optical Systems Bi850-39 Up To 85% Off [SvyLZJi0] Near-IR Interference Bandpass Filter, a premium optical component designed for precision applications. This filter is engineered to provide exceptional performance, offering a narrow bandwidth of 20-35nm FWHM and a high transmission rate of over 85%. Ideal for use with laser diodes, the Bi850-39 filter ensures optimal wavelength separation, making it perfect for environments with multiple light sources of similar wavelengths. Its reflective, mirror-type surface minimizes thermal effects, ensuring consistent and reliable performance.

• Narrow Bandwidth of 20-35nm FWHM for precise wavelength control.
• High Transmission of over 85% for efficient light passage.
• Reflective, mirror-type surface to minimize thermal effects.

Technical Specifications and Features

The Bi850-39 Near-IR Interference Bandpass Filter is a testament to Midwest Optical Systems' commitment to quality and innovation. With its high transmission rate and narrow bandwidth, this filter is designed to enhance system performance in life science and laser analysis applications. The filter is available in sizes up to 79.5mm sq., providing flexibility for various setups. Its reflective surface not only minimizes thermal effects but also contributes to its durability and longevity.

• High Transmission of ?85% for efficient light passage.
• Reflective, mirror-type surface to help minimize thermal effects.
• Available in sizes up to 79.5mm sq. for versatile applications.

Applications and Benefits

The Bi850-39 filter is a popular choice for life science and laser analysis applications where discrete wavelengths need to be passed to maximize system performance. Its narrow bandwidth and high transmission rate make it an essential tool for researchers and engineers in various fields. The filter's ability to minimize thermal effects ensures accurate and reliable results, making it a valuable asset in laboratories and industrial settings.

• Life Science and Laser Analysis applications for precise wavelength control.
• Enhanced system performance with high transmission and narrow bandwidth.
• Minimized thermal effects for accurate and reliable results.