Z-optics’ long pass filters are expertly designed to transmit light with wavelengths longer than a specified cut-on point, effectively blocking shorter wavelengths. These filters are crucial for applications that require the isolation of longer wavelengths for precise spectral analysis and imaging.

Key Features:
Defined Cut-On Wavelengths: The Z-optics long pass filters offer a range of cut-on wavelengths starting from 380 nm up to 1100 nm, ensuring a suitable filter for various applications.
High Transmission Efficiency: With an average transmission of 85%, these filters guarantee that a significant portion of the desired light is transmitted, enhancing system performance.
Robust Blocking Performance: The filters provide strong blocking, with an optical density of 2, to ensure that shorter wavelengths are effectively suppressed.
Broad Transmission Range: The transmission range of these filters extends from 320 nm to 1200 nm, depending on the specific model, allowing for flexible use in different optical setups.
Applications:
Z-optics long pass filters are used in a multitude of industries, including:
Biomedical Imaging: In applications such as fluorescence microscopy, these filters allow for the precise capture of longer wavelengths while blocking unwanted shorter wavelengths.
Analytical Instrumentation: For instruments that require the separation of spectral components, such as spectrometers, Z-optics long pass filters provide the necessary wavelength isolation.
Environmental Sensing: These filters are essential in detecting and measuring specific environmental parameters by isolating the relevant spectral data.
Quality Control: In industrial settings, long pass filters are used to ensure the accuracy of color measurements and material analysis by filtering out shorter wavelengths.
Z-optics is dedicated to providing optical solutions that meet the specific needs of their customers, with a commitment to quality and performance in the field of long pass filters.

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