Pushing the limits of what is possible in the imaging science, QCELL has succeeded to unlock the tremendous potential of hyperspectral imaging in clinical medicine, endoscopy and surgery.
Poor spatial resolution, long scanning times, bulky, weighty and expensive designs were the historic barriers to entry of hyperspectral imaging in these medical fields.QCELL’s proprietary Spectral Vision technology has successfully removed these shortcomings, and trade offs, inaugurating the next generation of spectroscopy-powered Medical Scopes
Spectral Vision hand-held cameras stream packs of 4k-spectral images at video rate. This information-rich dataset, comprising several million of spectra, is automatically processed with an embedded Machine Learning/AI platform to deliver pixel-level tissue characterization maps, in vivo and in real-time
Color cameras operate strictly within the visible band of the spectrum. Unlike color cameras, Spectral Vision acquires a plethora of spectral images, spanning both visible and invisible (deep blue and Near Infrared).
Invisible band imaging allows for the selective surface and subsurface imaging of both tissues and externally administered fluorophores (e.g., ICG)
4K-level color, spectral and spectral mapping images are all together displayed at video rates and side-by-side, offering several new dimensions of complementary information.
Spectral profiling and spectral pattern mapping of lesions introduces new, quantitative, in vivo diagnostic indices and criteria .
Spectral mapping delineates the actual margins of lesions, for guiding biopsy and surgery
