The SPKTRA X1 captures 300+ contiguous spectral bands from 400–1000 nm, delivering laboratory-grade imaging at field-ready speed.
Industrial-grade spectral data. Consumer-grade simplicity.
Standard cameras see colors. SPKTRA sees materials — unlocking capabilities that conventional vision systems simply cannot match.
Every pixel carries a physically-derived spectral signature — annotation isn't inferred from appearance but extracted from the underlying material composition, eliminating ambiguity in ground-truth labeling.
Because hyperspectral cameras see materials — not pixels in a scene — performance is independent of camera placement, viewing angle, or platform. Deploy once, scale anywhere.
Detect compositional defects, contaminants, and inconsistencies invisible to standard imaging. Catch problems at the material level, not just the surface, for higher yields and lower defect rates.
Generate labeled training datasets automatically from spectral classification — then extract synthetic RGB images from the hypercube to train conventional vision models with zero manual annotation.
A complete hyperspectral imaging ecosystem — from capture to analysis.
Compact snapshot hyperspectral camera with 300+ contiguous bands across 400–1000 nm. Industrial-grade optics in a field-ready enclosure.
Proprietary spectral reconstruction, classification, and visualization software. From raw datacube to actionable insight in seconds.
Calibrated broadband illumination source engineered for consistent, repeatable hyperspectral acquisition across all lighting conditions.
From visible light through the near-infrared, the SPKTRA X1 resolves molecular absorption features invisible to conventional imaging systems — turning every pixel into a complete material fingerprint.
Whether you're exploring a new use case or ready to integrate — our team is here to help.