Products / Solutions
All our solutions are certified software medical devices (MDSW), developed from real clinical research and validated in hospital environments. Select your specialty or explore the full catalog.
GINECOLOGY
Predicts fetal lung maturity from a standard ultrasound. No amniocentesis, no invasive procedure.
CE, ANVISA
Assesses and predicts the risk of spontaneous preterm birth with a single ultrasound image. More information, earlier, without adding steps to the protocol.
CE, ANVISA
OPHTHALMOLOGY
Analyzes retinal images and provides additional predictive information on glaucoma risk.
CE
Identifies and provides predictive information on diabetic retinopathy risk directly from the retinal image. No additional examination, no unnecessary referral.
CE
Processes optical coherence tomography (OCT) images and provides additional predictive information on the risk of microcysts and hyperreflective points.
CE
RADIOLOGY
Analyzes mammograms and provides predictive information on nodules and microcalcifications so nothing goes unnoticed in the reading.
CE, ANVISA
Predicts the risk of osteopenia and osteoporosis from the hip X-ray you already have. No additional test, with an instant structured report.
CE, ANVISA
Provides supporting information by predicting findings of atelectasis, consolidations, pneumothorax and pleural effusion on chest X-rays and prioritizes them for the radiologist.
CE, ANVISA
DERMATOLOGY
Classifies the malignancy risk of skin lesions from a dermoscopic image or standard photograph and provides an additional prediction on melanoma, BCC and SCC.
CE, ANVISA
UROLOGY
Predicts and stratifies prostate cancer risk on multiparametric MRI. Objective support for the biopsy decision.
CE
We keep expanding the QUANTUS ecosystem
These are the active research lines that will become new certified products. If your center wants to participate as a clinical collaborator, contact our R&D team.
Analyzes brain ultrasounds using artificial intelligence to automatically estimate gestational age.
Analyzes X-rays to detect fractures and locate lesions, providing additional support for clinical diagnosis.
