New Year Sale Midwest Optical Systems Bi615-25.4 - Free 2-day Shipping [37ckrFtH]
New Year Sale Midwest Optical Systems Bi615-25.4 - Free 2-day Shipping [37ckrFtH] Amber Interference Bandpass FilterThe New Year Sale Midwest Optical Systems Bi615-25.4 - Free 2-day Shipping [37ckrFtH] Amber Interference Bandpass Filter is a precision-engineered optical component designed for applications requiring high-performance wavelength
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New Year Sale Midwest Optical Systems Bi615-25.4 - Free 2-day Shipping [37ckrFtH]
New Year Sale Midwest Optical Systems Bi615-25.4 - Free 2-day Shipping [37ckrFtH] Amber Interference Bandpass Filter
The New Year Sale Midwest Optical Systems Bi615-25.4 - Free 2-day Shipping [37ckrFtH] Amber Interference Bandpass Filter is a precision-engineered optical component designed for applications requiring high-performance wavelength selectivity. This filter is a part of the renowned Bi Series, known for its narrow interference bandwidth and exceptional optical quality. With a narrow bandwidth of 20-35nm Full Width at Half Maximum (FWHM), it offers precise wavelength control, making it ideal for complex light source management.- High Transmission: The filter boasts a high transmission rate of 85%, ensuring minimal loss of light and maximizing system performance.
- Laser Diode Compatibility: Designed specifically for use with laser diodes, it ensures reliable performance and long-lasting durability.
The Bi615-25.4 Amber Interference Bandpass Filter features a reflective, mirror-type surface that effectively minimizes thermal effects, ensuring stable operation over extended periods. This filter is available in various sizes up to 79.5mm sq., providing flexibility in system integration. Key specifications include:
- Bandwidth: 20-35nm FWHM
- Material: High-quality optical glass
- Surface Quality: 60/40 scratch-dig
The Bi Series Narrow Interference Bandpass Filters are highly favored in life science and laser analysis applications. Their ability to pass discrete wavelengths maximizes system performance, making them indispensable tools for researchers and scientists. Here are some of the practical benefits and target audience scenarios:
- Life Science Applications: These filters are ideal for fluorescence microscopy, flow cytometry, and spectroscopy, where precise wavelength control is essential.
- Laser Analysis: They are perfect for laser diagnostics, material processing, and other laser-based analytical techniques.
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