Stereoscopic depth array
Paired optical sensors build a micron-accurate topographic map of the face — measuring relief, contour and symmetry before a single drop is released.
The Technology
Engineered like a surgical instrument.
Six sensors, atomized airbrushing and adaptive gradient layering combine into one coordinated tabletop system — mapping, matching and rendering a complexion without human hand.
Spectral shade analyzer
A multi-band spectrometer reads undertone and luminosity across the canvas to match pigment to skin with sub-shade precision.
Precision positioning guides
Guided head alignment holds the subject within a controlled application envelope, keeping distance and angle constant on every pass.
Atomized airbrush nozzle
A glass micro-nozzle deposits pigment in layers thinner than a human hair — weightless, transfer-proof, edge-free.
6-array
Sensors
Micron-grade
Mapping resolution
0.02 atm
Atomization pressure
< hair width
Layer thickness
Under 2 min
Full ritual
Controlled
Repeat accuracy
Scientific Methodology
A four-phase render pipeline.
01
Calibrate — the array reads geometry, undertone and luminosity across the full canvas.
02
Compose — shade, coverage and intensity are selected and mapped to facial zones.
03
Apply — controlled micro-application places pigment in intended zones with repeatable precision.
04
Seal — the finished complexion is set for transfer-resistant, all-day wear.
