Proprietary
Torsional wave
Artificial Intelligence
Torsional waves are shear elastic waves that propagate through soft biological tissues in a curled geometry, both radially and in depth. Unlike conventional ultrasound waves, their strong sensitivity to changes in tissue consistency makes them especially suited for characterizing the mechanical properties of organs such as the cervix.
They allow measuring the cervical shear modulus, a key biomechanical marker that changes with physiological conditions such as proximity to labor.
AI algorithms combine this parameter with patient-specific clinical data to support the diagnosis of different obstetric conditions such as preterm labor risk and failed labor induction.
This approach delivers objective, real-time information that helps clinicians make more accurate and timely decisions.
The only technology that brings together accuracy, reproducibility, and AI-driven insights
