Shortpass Filter

Specific Cut-Off Wavelengths: Z-optics shortpass filters offer a range of cut-off wavelengths from 380 nm to 1000 nm, accommodating a wide spectrum of applications.
High Average Transmission: With an average transmission rate of 85%, these filters ensure that a high percentage of the desired light is transmitted through the filter.
Effective Blocking: The filters provide excellent blocking capabilities, with an optical density of 2, ensuring that wavelengths outside the desired range are effectively attenuated.
Broad Transmission Wavelength Range: The transmission wavelength range of these filters spans from 320 nm to 970 nm, depending on the specific model, allowing for versatile use in different optical systems.
Applications:
Z-optics shortpass filters are utilized across a variety of sectors, including:
Medical Diagnostics: These filters are crucial in enhancing the clarity and precision of imaging and diagnostic tools by isolating specific wavelengths.
Optical Instrumentation: In devices that measure light intensity or color, Z-optics shortpass filters ensure that only the relevant wavelengths are measured, leading to accurate results.
Machine Vision: In industrial inspection systems, these filters improve image quality by filtering out unwanted infrared light, enhancing contrast and detail.
Scientific Research: Researchers rely on the precise wavelength control provided by Z-optics shortpass filters for experiments that require the study of materials or reactions sensitive to specific wavelengths.
Z-optics is committed to delivering optical solutions that are tailored to the unique requirements of each application, with a focus on high-quality performance and ease of integration into existing systems.