Optical Interference Filter
- Precise Wavelength Selectivity
- High Optical Quality
- Versatile Applications
- Durability and Stability
- Customizable Solutions
Optical Interference Filter is a high-precision optical component used in various optical systems to selectively transmit or reflect light of specific wavelengths using the principle of optical interference. These filters offer extremely accurate wavelength selectivity, playing a crucial role in applications such as laser systems, microscopes, spectroscopy devices, and various sensors or medical instruments.
Key Features:
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Wavelength Selectivity: Optical interference filters precisely filter specific wavelengths of light, commonly used in laser systems to eliminate unwanted wavelengths.
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High Optical Quality: These filters use multi-layer thin film coatings to ensure high optical transmission efficiency, minimizing reflection and light loss.
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Wide Range of Applications: Often used in fields like spectroscopy, imaging, laser processing, and medical imaging, especially when stringent wavelength control is required.
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Durability: Optical interference filters are highly durable and stable, suitable for high-power light sources and harsh environments.
