Sensors and switch solutions for medical applications

Honeywell sensors and switches are characterized by precision and reliability, making them ideal for improving performance and safety in medical applications.

• Air flow sensors measure the flow of air, oxygen and nitrous oxide
• Magnetic sensors enable smooth motor control that reduces noise/vibration
• Pressure sensors can be used to dose and measure the anesthetic gas so that the pressure does not exceed the desired level.
• Thermistors enable precise control of the air temperature

• Magnetic sensors enable precise motion control and positioning of the dental imaging system and promote energy efficiency in handheld, battery-powered dental devices
• Pressure sensors keep the water flow in dental instruments constant and enable smooth operation and control of all necessary compressed air tools

• Air flow sensors specially developed for gas chromatography prevent outgassing of the sensors
• Pressure sensors in pump systems for blood analyzers regulate the pressure for the collection/transport of samples and control the pressure exerted on the blood cells so that only one cell at a time can pass through the detector
• Pressure sensors in gas chromatography devices measure and regulate the pressure of the gas flow to ensure a constant, precise flow rate.
• Thermistors in blood analyzers monitor the temperature of the chamber, diffusion lamp and motor to prevent overheating

• Humidity sensors ensure that temperature and humidity levels are maintained in incubators and microenvironments
• Magnetic sensors enable medicine cabinets to be locked and unlocked
• Magnetic sensors in fitness equipment can be used as emergency stop switches, to count the number of revolutions and to determine the incline position.
• Magnetic sensors or base switches in hospital beds determine the start and end position of the bed adjustment
• Position sensors (SMART Arc) in hospital beds monitor the height of the backrest, which helps to ensure that the correct angle is maintained.
• Pressure sensors control the air columns of a hospital bed to prevent patients from getting bedsores
• Pressure sensors measure the pressure in blood pressure monitors
• Pressure switches in hospital gas distribution systems indicate to a control panel that the main pressure vessel is empty and needs to be replaced
• Thermistors monitor the temperature of the incubator system
• Thermostats in patient warmers control or limit the temperature

• Force sensors detect blockages in the pump hose that transports the medication
• Magnetic sensors enable smooth motor control that reduces noise and vibration (infusion and insulin pumps only)
• Pressure sensors monitor and control the liquid flow
• Subminiature load cells monitor the weight of the infusion bag

• Force sensors detect the presence/absence/weight of a dialysate cartridge and monitor the pressure in the flexible tubes
• Magnetic sensors enable smooth motor control that reduces noise/vibration
• Pressure sensors measure dialysate and venous pressure without interrupting the flow
• Pressure sensors monitor the pressure in the flexible hoses of the cartridge
• Thermistors enable improved temperature control of the permeation rate through the dialysis membrane
• Thermostats control or limit the temperature
• Thermostats in peritoneal dialysis machines can be used to control the heating bowl
• Basic switches detect the presence of covers, doors and cassettes to ensure safety during operation

• Airflow sensors detect extremely low airflow values, which recognize when the patient is exhaling to ensure an efficient oxygen supply
• Oxygen sensors measure and control the oxygen concentration of the air mixture supplied to the patient
• Pressure sensors detect when the patient starts to inhale to ensure an efficient oxygen supply
• Pressure sensors measure the pressure in the expansion tank for accurate compressor pressure values
• Pressure switches alert the user if the pressure exceeds a certain limit value

• Oxygen sensors measure the oxygen concentration in the air mixture supplied to the patient
• Pressure sensors in nebulizers carefully monitor airflow rates to ensure the specified amount of medication is delivered to the patient in a humid environment
• Pressure sensors in spirometers measure the patient's incoming and outgoing air flow
• Pressure sensors monitor blood pressure
• Thermistors in temperature monitoring devices monitor the temperature

• Airflow sensors monitor breathing and send a signal to reduce the airflow when the patient exhales
• Bimetal thermostats for commercial use, which are built into flexible heating appliances and regulate the temperature without additional software or electronics
• Humidity sensors monitor the air to ensure sufficient humidity
• Magnetic sensors enable smooth motor control that reduces noise/vibration
• Pressure sensors monitor the delivered air pressure
• Thermistors and pre-packaged temperature sensors ensure warm, humid air

• Airflow sensors measure the patient's airflow when exhaling
• Pressure sensors measure the incoming and outgoing patient air flow

• Force sensors regulate the pump pressure of a fluid management system
• Position sensors (SMART Arc) and force sensors in devices for robot-assisted surgery control robotic arms that hold the articulated instrument tips
• Pressure sensors (board mount and heavy duty) in surgical fluid management systems measure the pressure at the joint site during arthroscopic procedures

• Air flow sensors measure the air and oxygen flow so that the right amount is supplied to the patient
• Base switches detect doors and covers to ensure they are properly closed before operation
• Humidity sensors supply the patient with warm, humid air
• Magnetic sensors enable smooth motor control and reduce noise/vibration
• Oxygen sensors measure and control the oxygen concentration of the air mixture supplied to the patient
• Pressure sensors detect when breathing changes from inhalation to exhalation to measure the incoming and outgoing patient airflow
• Pressure sensors (high-performance sensors) measure the inlet pressure of the hospital's air and oxygen supply
• Pressure transducers are used to test the ventilator's air and oxygen valves
• Thermistors monitor and control the air temperature

• Pressure measurement for non-invasive blood pressure monitoring
• Monitoring the pressure exerted on the wound via the suction system during negative pressure wound therapy
• Measurement of the negative pressure on the suction side of miniature pumps, e.g. breast pumps, for continuous monitoring of the suction pressure
• Monitor the water level in CPAP water tanks
• Providing pressure measurement in medical wearables

For further product information, please contact us by e-mail.