Sensor; SpO2, Adhesive; Nellcor™; Nasal Target Area; Adult (>50kg) Age Group
Traditionally, one calibration curve or a limited set of curves is programmed within the monitor. With OxiMax™ technology, the calibration is in the sensor, giving clinicians the ability to take advantage of new sensor designs without always upgrading the monitor. Founded on three basic principles: Track the truth, Give no false assurance, Do no harm. These principles guide the design of our Nellcor pulse oximetry with OxiMax™ technology, which provides clinical performance that helps ensure appropriate oxygenation throughout the cardiorespiratory cycle-even in such difficult monitoring conditions as low perfusion and signal interference, including patient motion.
Traditionally, one calibration curve or a limited set of curves is programmed within the monitor. With OxiMax™ technology, the calibration is in the sensor, giving clinicians the ability to take advantage of new sensor designs without always upgrading the monitor. Founded on three basic principles: Track the truth, Give no false assurance, Do no harm. These principles guide the design of our Nellcor pulse oximetry with OxiMax™ technology, which provides clinical performance that helps ensure appropriate oxygenation throughout the cardiorespiratory cycle-even in such difficult monitoring conditions as low perfusion and signal interference, including patient motion.
Traditionally, one calibration curve or a limited set of curves is programmed within the monitor. With OxiMax™ technology, the calibration is in the sensor, giving clinicians the ability to take advantage of new sensor designs without always upgrading the monitor. Founded on three basic principles: Track the truth, Give no false assurance, Do no harm. These principles guide the design of our Nellcor pulse oximetry with OxiMax™ technology, which provides clinical performance that helps ensure appropriate oxygenation throughout the cardiorespiratory cycle-even in such difficult monitoring conditions as low perfusion and signal interference, including patient motion.
Traditionally, one calibration curve or a limited set of curves is programmed within the monitor. With OxiMax™ technology, the calibration is in the sensor, giving clinicians the ability to take advantage of new sensor designs without always upgrading the monitor. Founded on three basic principles: Track the truth, Give no false assurance, Do no harm. These principles guide the design of our Nellcor pulse oximetry with OxiMax™ technology, which provides clinical performance that helps ensure appropriate oxygenation throughout the cardiorespiratory cycle-even in such difficult monitoring conditions as low perfusion and signal interference, including patient motion.
Traditionally, one calibration curve or a limited set of curves is programmed within the monitor. With OxiMax™ technology, the calibration is in the sensor, giving clinicians the ability to take advantage of new sensor designs without always upgrading the monitor. Founded on three basic principles: Track the truth, Give no false assurance, Do no harm. These principles guide the design of our Nellcor pulse oximetry with OxiMax™ technology, which provides clinical performance that helps ensure appropriate oxygenation throughout the cardiorespiratory cycle-even in such difficult monitoring conditions as low perfusion and signal interference, including patient motion.
Traditionally, one calibration curve or a limited set of curves is programmed within the monitor. With OxiMax™ technology, the calibration is in the sensor, giving clinicians the ability to take advantage of new sensor designs without always upgrading the monitor. Founded on three basic principles: Track the truth, Give no false assurance, Do no harm. These principles guide the design of our Nellcor pulse oximetry with OxiMax™ technology, which provides clinical performance that helps ensure appropriate oxygenation throughout the cardiorespiratory cycle-even in such difficult monitoring conditions as low perfusion and signal interference, including patient motion.