Signal definition
Clarify source, detector, target band, adjacent channels and background risks.
Multi-channel cell analysis
Optical Filters and Dichroic Mirrors for Flow Cytometry
Flow cytometry optical paths require multiple fluorophore channels to work in parallel. The page is built for long-tail searches around channel bandpass filters, dichroic mirrors and crosstalk-aware RFQ parameters.
488 nm laser linesBandpass filters45° dichroicsOD4+ blockingDetector channels
RFQ-ready context
Translate spectral requirements into manufacturable fields.
This page is structured for engineers and technical buyers: application language first, then optical parameters, risk notes and an RFQ path.
Typical componentsDetector bandpass filters, dichroic mirrors, optional ND filters
Key parametersPassband, transition edge, reflection/transmission zones, AOI
Design riskOptical confusion between adjacent fluorescence channels
RFQ pathProvide laser lines, target fluorophores, detector layout and desired OD
Need a custom optical set?
Upload an existing specification, spectrum, drawing or channel list. Lumalyx packages the submitted fields into a technical request for engineering review.
Generate RFQ packageApplication review
Application review checkpoints.
Lumalyx keeps application pages focused on engineering inputs rather than outcome claims. Each request is reviewed as a signal-path problem before component selection.
Component match
Map the requirement to filters, dichroic mirrors, beamsplitters, lenses or coated parts.
RFQ package
Convert wavelength, geometry, coating and quantity fields into a structured review request.
Fields to prepare before review.
- Working wavelength or channel list.
- CWL, FWHM, transmission and blocking target where known.
- Angle of incidence, substrate, size and thickness.
- Existing spectra, drawings, reference curves or supplier notes.
- Application constraints such as packaging, environment and expected quantity.