Signal definition
Clarify source, detector, target band, adjacent channels and background risks.
UV spectral control
222 nm UVC Optical Filters for UV Instrument Design
UVC filtering requires careful engineering language. This page limits claims to optical parameters, passband, blocking and instrument integration; it does not make safety, sterilization or clinical claims.
222 nmQuartz substrateOD blockingUV passbandEngineering use
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 componentsUVC bandpass filters, quartz windows, coated assemblies
Key parametersCWL, tolerance, peak transmission, OD, substrate
Design riskMaterial durability, UV degradation and compliance-sensitive claims
RFQ pathProvide source spectrum, target passband and integration environment
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.