Final Markdown Midwest Optical Systems Bi685-52 - Limited Release [Kiof8kMZ]
Final Markdown Midwest Optical Systems Bi685-52 - Limited Release [Kiof8kMZ] Dark Red Interference Bandpass FiltersThe Final Markdown Midwest Optical Systems Bi685-52 - Limited Release [Kiof8kMZ] Dark Red Interference Bandpass Filters are designed to excel in precision and performance. These high-quality filters are crafted to enhance s
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Final Markdown Midwest Optical Systems Bi685-52 - Limited Release [Kiof8kMZ]
Final Markdown Midwest Optical Systems Bi685-52 - Limited Release [Kiof8kMZ] Dark Red Interference Bandpass Filters
The Final Markdown Midwest Optical Systems Bi685-52 - Limited Release [Kiof8kMZ] Dark Red Interference Bandpass Filters are designed to excel in precision and performance. These high-quality filters are crafted to enhance system performance in various applications, offering exceptional clarity and control over light transmission. With their narrow interference bandwidth and dark red color, these filters are ideal for separating specific wavelengths with precision, making them perfect for life science and laser analysis applications.- 20-35nm FWHM: Experience narrow bandwidth filtering for precise wavelength separation.
- High Transmission: Enjoy a transmission rate of 85%, ensuring optimal light passage.
These interference filters are tailored for use with laser diodes, providing the ideal wavelength separation when multiple light sources of similar wavelengths are present. The reflective, mirror-type surface helps minimize thermal effects, ensuring long-lasting performance. With available sizes up to 79.5mm sq., the Bi685-52 filters offer flexibility in various setups.
- Reflective Surface: Minimize thermal effects for extended filter life.
- Multiple Sizes: Choose the size that best fits your system requirements.
The Bi Series Narrow Interference Bandpass Filters are a favorite among professionals in life science and laser analysis. Their ability to pass discrete wavelengths maximizes system performance and enhances experimental results. Whether you're conducting advanced research or precise analysis, these filters are the ideal choice for achieving high-quality outcomes.
- Life Science Applications: Enhance your experiments with precise wavelength control.
- Laser Analysis: Improve accuracy and reliability in your analysis processes.
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