Must-have Midwest Optical Systems Bi830-62 Perfect Gift [2WFvSxAX]
High-Performance Near-IR Interference Bandpass FiltersIntroducing the Must-have Midwest Optical Systems Bi830-62 Perfect Gift [2WFvSxAX] Near-IR Interference Bandpass M62 Bandpass Interference Filters, a cutting-edge solution designed for precision applications. These filters are cra
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High-Performance Near-IR Interference Bandpass Filters
Introducing the Must-have Midwest Optical Systems Bi830-62 Perfect Gift [2WFvSxAX] Near-IR Interference Bandpass M62 Bandpass Interference Filters, a cutting-edge solution designed for precision applications. These filters are crafted with exceptional quality and precision, making them an ideal choice for professionals in the life science and laser analysis fields. With their narrow interference bandwidth and high transmission rate, the Bi830-62 filters ensure optimal system performance. Their reflective, mirror-type surface minimizes thermal effects, further enhancing their reliability.- Narrow Bandwidth: The Bi830-62 filters offer a 20-35nm FWHM bandwidth, allowing for precise wavelength selection and separation.
- High Transmission: With a transmission rate of ?85%, these filters ensure maximum light throughput for your applications.
Key Specifications and Technical Details
The Bi830-62 filters are designed to work seamlessly with laser diodes, providing ideal wavelength separation when multiple light sources of similar wavelengths are present. Their reflective surface helps to minimize thermal effects, ensuring consistent performance over time. Available in sizes up to 79.5mm sq., these filters offer flexibility in a variety of setups. The following specifications highlight the technical prowess of the Bi830-62 filters:- Size: Up to 79.5mm sq.
- Bandwidth: 20-35nm FWHM
- Transmission: ?85%
Applications and Benefits
The Bi830-62 filters are widely used in life science and laser analysis applications where discrete wavelengths need to be passed to maximize system performance. Their narrow bandwidth and high transmission rate make them an indispensable tool for researchers and engineers. Whether you're working on complex laser analysis or life science experiments, these filters offer the following benefits:- Enhanced System Performance: The precise wavelength separation ensures optimal system performance and accuracy.
- Reduced Thermal Effects: The reflective surface minimizes thermal effects, maintaining filter performance over extended periods.
What Our Customers Say
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