A motorized orthopedic tensor uses adjustable paddles to accommodate various knee sizes and orientations during surgical procedures.
Segmented electroactive polymer sensors map multi-directional skin elasticity, resolving the trade-off between measurement precision and device complexity.
A multi-wavelength antioxidant sensor uses a processor to normalize hemoglobin signals for accurate non-invasive measurement.
A hardness calculation device combines distance measurement information with pressure data to determine tissue elasticity at specific body positions.
Segmented optical sensors at the fingertip and forehead minimize peripheral circulation variability, enabling accurate cardiovascular assessment.
Force and deformation sensors measure abdominal resistance to determine fetal position without professional training.
A wearable blood pressure monitor uses a piezoresistive textile sensor to detect arterial pressure changes through direct skin contact.