GIAI’s NBP380-narrowband filter is a high-performance filter designed for ultraviolet optical applications. It uses advanced manufacturing technology, combined with precise optical design, to achieve ultra-narrowband transmission characteristics near the 380-nanometer ultraviolet wavelength, providing researchers and technicians with precise and reliable optical solutions.
Model: NBP380 Bandpass Filter
Specifications: Customized
Material: Optical Glass
This filter has excellent transmittance and cut-off performance, and can achieve efficient light transmission within the target wavelength range, while effectively filtering out light of other wavelengths to ensure the purity and accuracy of the optical signal. Its ultra-narrowband characteristics enable it to show excellent application effects in the fields of fluorescence analysis, biomedical research, and spectral instruments. GIAI’s NBP380 ultra-narrowband filter also has excellent stability and durability, and can maintain stable performance under various experimental conditions. Its high-precision size and excellent surface quality ensure its convenience and reliability in experimental operation and system integration.
Product Features
Ultra-narrowband transmission characteristics: The central wavelength is precisely controlled at 380.6 nanometers, and the half-wave bandwidth is only 8.2 nanometers, achieving high-precision wavelength selection.
High transmittance: The peak transmittance reaches 51.2%, ensuring efficient transmission of light within the target wavelength range and improving signal strength.
Excellent cutoff performance: Effectively filter out light of other wavelengths, reducing the interference of background noise and stray light on experimental results.
High stability and durability: Maintain stable performance under various experimental conditions to ensure long-term reliability.
High-precision size and surface quality: Meet various integration and installation requirements, and improve the convenience and accuracy of experimental operations.
Product parameters：CWL= 380.6 nm FWHM:=8.2 nm
Applications
Fluorescence analysis: used in fluorescence imaging and fluorescence spectral analysis to accurately select fluorescence signals of specific wavelengths and improve the accuracy and sensitivity of analysis.
Biomedical research: in the fields of cell imaging, fluorescence labeling and biomolecule detection, high-definition biological imaging and precise optical measurement are achieved.
Spectroscopic instruments: used in instruments such as spectrometers and spectrometers to improve the measurement accuracy and reliability of instruments for light of specific wavelengths.
Other optical applications: can also be used in optical sensing, laser systems, optical communications and other fields, providing effective solutions for various high-precision optical applications.
