MBP-449-520-D12.7
AOI=0° WaveLength:440-460nm & 510-525nm T>90% Cwl:449,520 +/-2nm Size:D12.7mm
MBP-468-553-D12.7
AOI=0° WaveLength:452-485nm & 540-565 T>90% Cwl:468,553 +/-2nm Size:D12.7mm
MBP-432-530-D12.7
AOI=0° WaveLength:415-445nm & 505-550nm T>90% Cwl:432,530 +/-2nm Size:D12.7mm
MBP-534-635-D12.7
AOI=0° WaveLength:515-550nm & 615-650nm T>90% Cwl:534,635 +/-2nm Size:D12.7mm
MBP-387-485-561-649
AOI=0° CWL:387nm & 485nm & 561nm & 649nm Tavg>=90% Size:D12.7mm
MBP-480-521-605-710
AOI=0° CWL:480nm & 521nm & 605nm & 710nm Tavg>=90% Size:D12.7mm
MDM-465-545-633-SQ36*26
AOI=45° CWL:465nm & 545nm & 633nm T>90% Size:SQ36*26mm
MDM-465-545-633-SQ36*26
AOI=45° CWL:430nm & 517nm & 613nm T>90% Size:SQ36*26mm
About Bandpass filters
Bandpass filters are made by Ion-Assisted Deposition (IAD) or Ion Beam Sputtering (IBS) coating technology (excluding UV and IR bands). The film structure is strong and dense, and the working wavelength is stable, making it suitable for use in complex environments such as indoors and outdoors. According to the working wavelength, they can be divided into UV bandpass filters, visible light bandpass filters, near-infrared bandpass filters, and mid-to-far-infrared bandpass filters. According to the number of passbands, they can be classified into single-bandpass filters, dual-bandpass filters, and multi-bandpass filters. We select suitable coating materials, coating processes, film system designs, and film thickness monitoring schemes according to comprehensive factors such as the working wavelength of the bandpass filter, spectral bandwidth, angle of incidence, and background suppression to customize products that meet customer requirements. A considerable number of bandpass filters are also available in stock, and we welcome inquiries.
The company has a team with extensive experience in optical processing and optical coating technology, capable of completing the entire process from sample development to mass production. We provide free technical consultation and product performance and mass production feasibility evaluation. Applications: Biomedicine, spectral analysis, security monitoring, LIDAR, remote sensing, fiber optic communications, and other scenarios.
