Complete Midwest Optical Systems Bi550-39 With A 35% Price Cut [Ofl1sSnh]

Complete Midwest Optical Systems Bi550-39 With A 35% Price Cut [Ofl1sSnh] Green Interference Bandpass Filters

The Complete Midwest Optical Systems Bi550-39 With A 35% Price Cut [Ofl1sSnh] Green Interference Bandpass Filters are designed to excel in precision and performance. These advanced filters offer a narrow bandwidth of 20-35nm FWHM, ensuring exceptional wavelength separation for optimal system performance. With a high transmission rate of ?85%, they are engineered to work seamlessly with laser diodes, making them ideal for applications requiring precise control over light wavelengths.

• Narrow Bandwidth for precise wavelength separation
• High Transmission of ?85% for efficient light passage
• Reflective, mirror-type surface to minimize thermal effects

The Bi550-39 filters are crafted with attention to detail, featuring a reflective, mirror-type surface that helps minimize thermal effects, ensuring long-lasting performance. Available in sizes up to 79.5mm sq., these filters offer flexibility in various applications. Their robust design and high-quality materials make them a reliable choice for life science and laser analysis applications.

• Reflective Surface to minimize thermal effects
• Available in sizes up to 79.5mm sq. for versatile applications
• Engineered for use with laser diodes for precise control

The Bi550-39 Green Interference Bandpass Filters are highly sought after in life science and laser analysis applications where discrete wavelengths need to be passed to maximize system performance. Their ability to separate similar wavelengths when multiple light sources are present makes them an invaluable tool for researchers and professionals alike. Whether you are working on complex scientific experiments or precise laser analysis, these filters are designed to enhance your workflow and deliver superior results.

• Life Science and Laser Analysis Applications for enhanced performance
• Ideal for scenarios with multiple light sources of similar wavelengths
• Target audience: Researchers, professionals, and scientists