Pulsed self-heating bridge resistors replace a dedicated heater, cutting flow sensor size, complexity, and power use between measurements.
Temperature-sensitive optical agents enable precise, uniform thermal monitoring and control inside microfluidic chambers without contact errors.
A connector-mounted controller moves temperature sensing and fault monitoring off the heater, cutting aircraft tubing weight, space, and maintenance downtime.
A movable sensor switches between sealed sample and calibration chambers to automate electrochemical calibration with low fluid use.
A sectional fan-control scheme switches between PID and stepwise speed adjustment to cut server power use while maintaining cooling.
A ceramic housing shell conducts heat directly to infusion fluid, cutting warmer size, weight, and energy loss for portable use.