China Integrated Interference Filter Factory - Leading Suppliers of Optical Thin Film Products
Brief Description
Beijing Jingyi Bodian Optical Technology Co., Ltd. can currently make 4-wavelength and 6-wavelength integrated filters.
The wavelength is mainly distributed in the visible region. The use of integrated optical filters enables equipment miniaturization while significantly improving instrument reliability and stability.
Customization Available: Size, spectral requirements, and wavelength range can be customized precisely according to customer requirements.
Product Description
The integrated optical filter can screen a wealth of spectral information and can be seamlessly integrated on a multispectral spectrometer to achieve a wide range of applications in meteorological research, precision agriculture, forest fire prevention, and coastal cruising.
With the ongoing development of multi-spectral technology, it is difficult for existing splicing devices to achieve the high integration and high-precision combination required for multiple narrow strip filters. Our monolithic integrated solution overcomes these traditional optical assembly limitations.
Application Field
The integrated optical filters produced by Beijing Jingyi Bodian Optical Technology Co., Ltd. are widely utilized across multiple industrial and scientific fields:
Production Process
Frequently Asked Questions (FAQ)
Beijing Jingyi Bodian Optical Technology Co., Ltd. currently manufactures 4-wavelength and 6-wavelength integrated optical filters designed for high-density spectral screening.
The working wavelength range is mainly distributed in the visible region, providing precise optical filtering performance across visible wavelengths.
Utilizing an integrated optical filter enables significant device miniaturization while greatly enhancing the structural reliability and optical stability of the spectrometer or instrument.
Yes, all parameters—including physical dimensions, spectral performance, and custom wavelength ranges—can be fully customized according to specific customer requirements.
Traditional splicing devices struggle to deliver high integration and high-precision combinations of multiple narrow strip filters. Integrated filters eliminate assembly tolerance issues, offering superior precision and compact form factors.
They are widely used in multispectral spectrometers, medical equipment, remote sensing detection, food inspection, gas analysis, crop growth analysis, document inspection, forest fire prevention, and meteorological research.



