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700 nm Bandpass Filter
The 700 nm high-performance bandpass filter is primarily designed for efficient selective transmission of the target wavelength band while providing deep blocking of out-of-band spectra on both sides of the transmission band. The filter features high transmittance, narrowband spectral selectivity, high out-of-band cut-off depth, and excellent optical stability, effectively reducing the influence of background light and stray light on detected signals. Its circular mounted configuration facilitates integration into imaging, detection, and spectroscopy systems. With optical durability verified through prolonged high-power xenon arc lamp exposure, it is suitable for applications such as fluorescence detection, spectral imaging, machine vision, biomedical optics, and research analysis instruments.
Product features:700 nm narrowband selection;High transmission performance;Up to OD8 blocking design;Wide blocking range;Narrowband spectral performance;Long lifetime and high environmental stability
Part Number:MP-BPF-700
Application area:Fluorescence microscopy | Biomedical detection | Laser optical systems | Research and industrial inspection
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Laser Wavelength Transmission Band
700 nm Tavg > 93% 693.5 – 706.5 nm

Specification | Value |
Transmission Band | Tavg > 93% 693.5 – 706.5 nm |
Blocking Band | ODavg >5 300 - 676 nm |
Blocking Band | ODavg > 6 490 - 545 nm |
Blocking Band | ODavg > 8 545 - 656 nm |
Blocking Band | OD > 3.5 680 nm |
Blocking Band | ODavg > 5 726 - 1050 nm |
FWHM Bandwidth | 20.4nm |
Guaranteed Minimum Bandwidth | 13 |
Angle of Incidence | 0 ± 5° |
Cone Half-angle | 7° |
Clear Aperture | ≥21mm |
Transverse Dimensions, Diameter | 25 mm |
Filter Thickness, Mounted | 5.0 mm |
Filter Thickness Tolerance, Mounted | ±0.1mm |
Filter Thickness, Unmounted | 2.0 mm |
Filter Thickness Tolerance, Unmounted | ±0.1mm |
Surface Quality (Scratch-Dig) | 60-40 |
Filter Effective Index | 2.04 |
Optical Damage Rating | Testing has proven to show no signs of degradation when exposed to at least 6.0 W of power from an unfiltered xenon arc lamp over a 25 mm diameter (corresponding to 1.2 W/cm2) for over 500 hrs. |
Orientation | Arrow on ring is preferred direction of propagation of light |
Spectral Characteristic Curves
Transmittance-Wavelength Spectrum
Optical Density Spectrum
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