Heat exchange module with integrated electrodes measures tissue impedance to verify contact pressure, enabling painless cooling therapy delivery.
A bistable stiffening structure transitions a thermal pad between flat and curved shapes, resolving interrupted heat transfer on non-flat patient surfaces.
Segmented water inlet design minimizes air bubbles in thermal pump systems, preventing overheating and ensuring consistent water flow for effective therapy.
A DNA fixing machine alters cell temperature and volume to correct genetic mutations within the body.
Alternating axial segments in the catheter maximize surface area for precise temperature regulation while managing device complexity.
A two-stage thermal exchange catheter manages heat flow through a circulating fluid to adjust patient body temperature rapidly.
A Peltier-based temperature control device secures eye pads using elastic negative pressure suction for stable thermal contact.
A thermoelectric contrast therapy device uses a phase change material to store thermal energy for portable heating and cooling cycles.
Segmented thermal blankets circulate warmed air to limbs via inflatable structures, preventing core body temperature drops during surgery.
A thermal pad uses a control unit to regulate electrical heating elements.