MBP-A60 Multiband Filter

2-band multiband filter isolating Red (656 nm) and NIR (874 nm) in a single optic — replacing multiple discrete filters for streamlined optical paths and reduced insertion loss.

  • Band 1 — Red / 656 nm
  • Centre / Range: 656 nm (606 – 706 nm)
  • Bandwidth (FWHM): 100 nm
  • Peak transmittance: ≥ 95.6 % T
  • Band 2 — NIR / 874 nm
  • Centre / Range: 874 nm (824 – 923 nm)
  • Bandwidth (FWHM): 99 nm
  • Peak transmittance: ≥ 95.4 % T
  • Overall performance
  • Inter-band blocking: OD ≥ 0.3 between passbands
  • Out-of-band blocking: OD ≥ 0.3 (200 – 1100 nm excluding passbands)
  • AOI: 0° (normal incidence); custom angles available
  • Construction: Ion-assisted hard-oxide; 5 – 450 mm shapes, 0.21 – 3.8 mm thick
  • Custom options: Band shifting, bandwidth tuning, additional bands, rapid prototypes
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MBP-A60 Multiband delivers Centre / Range 656 nm (606 – 706 nm), Bandwidth (FWHM) 100 nm, and Peak transmittance ≥ 95.6 % T.

The hard-oxide coating is built for repeated handling, heat, and cleaning.

Best suited for:

Multi-spectral imaging systems that require simultaneous capture across visible and near-infrared channels — this 2-band design eliminates the need for a motorised filter wheel, reducing mechanical complexity and increasing acquisition speed

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Description

MBP-A60 transmits two narrow, high-throughput windows centred on the deep red and near-infrared regions. The first passband spans 630–690 nm with Tavg above 93.6 % and a peak of 95.6 %, targeting the deep-red emission range. The second passband covers 850–910 nm with Tavg above 94.3 % and a peak of 95.4 %. Outside these windows, blocking is aggressive: the entire UV-to-green range (300–596 nm) is held below 5 %, the inter-band gap (720–809 nm) sits below 5 %, and the extended NIR beyond 947 nm drops below 5 %. This two-channel architecture isolates the specific wavelength pairs used in blood-oxygen monitoring, vegetation sensing, and targeted fluorescence detection.

Key Advantages

  • Matched deep-red and NIR passbands with Tavg > 93 % in both - delivers the exact wavelength pair (660 nm + 880 nm) used in pulse oximetry and SpO2 measurement.
  • Broad out-of-band blocking from UV through green - rejects ambient light below 600 nm, improving signal-to-noise in environments with fluorescent or LED room lighting.
  • Tight inter-band notch (720–810 nm at < 5 %) - cleanly separates the red and NIR channels with no spectral overlap.
  • Hard-oxide durability - ion-assisted coating resists heat, humidity, solvents, and repeated cleaning.
  • Custom formats available - round, square, or free-form blanks from 5 mm to 450 mm, thickness 0.21–3.8 mm, on Borofloat®, soda-lime, Schott D263 T, or Corning Eagle XG substrates.

Typical Applications

  • Pulse oximetry and SpO2 sensors - passes the 660 nm (deoxyhemoglobin) and 880 nm (oxyhemoglobin) wavelengths that form the basis of blood-oxygen saturation measurement.
  • Photoplethysmography (PPG) wearables - enables dual-wavelength heart-rate and perfusion monitoring in smartwatches and medical wearables.
  • Precision agriculture and red-edge sensing - isolates the deep-red reflectance (660 nm) and NIR reflectance (880 nm) bands used for chlorophyll content and NDVI calculations.
  • Fluorescence-guided surgery - passes the deep-red excitation and NIR emission windows used with indocyanine green (ICG) and similar near-infrared fluorescent markers.
  • Traffic and license-plate imaging - combines 660 nm visible identification lighting with 880 nm covert NIR illumination for day-and-night plate capture.

Need prototypes in days or production volumes next quarter? MBP-A60 filters can be coated, diced, and shipped to your exact specifications.

FAQ

MBP-A60 FAQ

What is MBP-A60 and what is it used for?

MBP-A60 is a Dual-Band Bandpass Filter - Deep Red + NIR (630-690 nm and 850-910 nm). MBP-A60 transmits two narrow, high-throughput windows centred on the deep red and near-infrared regions. The first passband spans 630-690 nm with Tavg above 93.6 % and a peak of 95.6 %, targeting the deep-red emission range. Common uses include Pulse oximetry and SpO2 sensors, Photoplethysmography (PPG) wearables, Precision agriculture and red-edge sensing, and Fluorescence-guided surgery.

What are the key optical specs of MBP-A60?

Key published specs for MBP-A60 include Centre / Range: 656 nm (606 – 706 nm); Bandwidth (FWHM): 100 nm; Peak transmittance: ≥ 95.6 % T; Centre / Range: 874 nm (824 – 923 nm); Bandwidth (FWHM): 99 nm.

What applications is MBP-A60 best suited for?

MBP-A60 is commonly used for Pulse oximetry and SpO2 sensors, Photoplethysmography (PPG) wearables, Precision agriculture and red-edge sensing, and Fluorescence-guided surgery. Pulse oximetry and SpO2 sensors - passes the 660 nm (deoxyhemoglobin) and 880 nm (oxyhemoglobin) wavelengths that form the basis of blood-oxygen saturation measurement.

Can MBP-A60 be customized for size, substrate, or coating requirements?

KUPO lists the construction for MBP-A60 as Ion-assisted hard-oxide; 5 – 450 mm shapes, 0.21 – 3.8 mm thick. Published custom options include Band shifting, bandwidth tuning, additional bands, rapid prototypes. Custom formats available - round, square, or free-form blanks from 5 mm to 450 mm, thickness 0.21-3.8 mm, on Borofloat®, soda-lime, Schott D263 T, or Corning Eagle XG substrates.

What should I know about angle of incidence and durability for MBP-A60?

The published angle of incidence for MBP-A60 is 0° (normal incidence); custom angles available. The hard-oxide coating is built for repeated handling, heat, and cleaning.

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