Where Precision Matters
From virtual soundstages to orbital satellite payloads, explore how Solis continuous wave optics solve mission-critical spectral challenges.
Virtual Production & LED Volume Calibration
Actors lit by RGB LED studio walls suffer from metameric color mismatch against background scenery, causing skin tones to turn sickly green or hyper-saturated orange.
Solis broadcasts real-time 81-band continuous solar spectral curves directly into lighting console DMX controllers, synthesizing matched multi-emitter spectrums that eliminate post-production color grading fixes.
Satellite Imaging & Atmospheric Sounders
Orbital Earth observation sensors encounter extreme ultraviolet and near-infrared spectral radiance shifts across fluctuating atmospheric air mass and ozone layers.
Solis models extraterrestrial AM0 solar radiation coupled with Rayleigh, Mie, and Chappuis ozone absorption layers to predict optical modulation transfer functions (MTF) across orbital passes.
Precision Spectrometer & Optical Bench Design
Physical glass grinding is expensive and irreversible. Designing achromatic prism doublets requires verifying dispersion across varied ambient temperatures.
Engineers simulate multi-substrate optical paths using over 400 cataloged Schott and Ohara glass melt indices with thermal drift coefficients (dn/dT) before manufacturing physical tooling.
Low-E Glazing & Spectral Solar Heat Gain
Architectural daylight calculations that rely on simple visible light transmittance (VLT) fail to account for infrared thermal energy and seasonal solar angle shifts.
Solis evaluates full spectral transmission from 380nm to 2500nm through multi-layer sputtered dielectric coatings, delivering exact interior illuminance and thermal absorption maps.