Near-UV, visible and near-infrared
Spectral Imaging
Capture the bands to see beyond color
Tunoptix co-designs meta-optics, spectral filters and calibrated processing for integration with an image sensor. Parallel optical channels collect selected visible and near-infrared bands, giving compact devices information beyond broad RGB color.
The band plan, channel layout and processing are configured around the sample differences and product decisions that matter.
Compact spectral imaging module
Illustrative 20-channel architecture. Band selection, geometry, packaging are application-specific.
NUV-VIS-NIR
Select spectral bands
30+
Spectral channels
<1 cm³
Module volume
Snapshot
No scanning or moving parts
A spectral system designed around the measurement
Bands
Select wavelength bands and bandwidths for the differences the application needs to detect.
Optics
Coordinate the meta-optic channels, spectral filters, field of view and available optical space.
Sensor integration
Choose sensor area, pixel sampling and exposure conditions to support the channel layout.
Calibration and processing
Characterize each channel, register the views and prepare spectral measurements for the application.
Channel count and spatial detail are designed together with signal levels, illumination and processing requirements.
Applications for spectral information
Consumer devices, skincare and smart mirrors
Evaluate cosmetic coverage, skin-appearance contrast and shade-matching workflows under defined illumination and capture conditions.
Food and agriculture
Evaluate maturity-related or surface-condition differences in produce, using reference measurements to test the value of selected bands.
Materials and process inspection
Test whether selected bands distinguish material classes, coatings or process changes in representative conditions.
From samples to an evaluation
Define the decision
Identify the differences to detect, representative samples and a useful reference measurement.
Configure the capture
Co-design the bands, optics, sensor integration and calibration around the product’s illumination and space constraints.
Evaluate the system
Measure task performance, repeatability and processing requirements against agreed acceptance criteria.
Bring the samples and bands that matter
Share your sample differences, illumination, field of view, sensor interface and optical envelope. We will define the feasibility work or prototype evaluation for your application.