E1 Single-Patient-Use Ear Sensor provides an alternative to digit sensors when the forehead site is unavailable, for example during brain function monitoring, cerebral oximetry monitoring, or neck stabilization.

• Sensor design offers more secure placement on the cavum concha than traditionalclip-style ear lobe sensors
• The ear allows easy access during surgery, resuscitation, and in patients with finger deformities, or when digit access is not possible
• The ear site may provide oxygen saturation measurements that are less susceptible to changes in peripheral perfusion

• Size: Adult/Pediatric
• Length: 3ft
• Single patient use
• For patients greater than 10 kg
• The forehead site may provide oxygen saturation measurements that are less susceptible to peripheral perfusion changes
• In a study comparing response rate, forehead sensors were found to have faster detection of desaturation and resaturation compared to digit sensors
• Offers easy access during surgery, resuscitation, and in patients with finger deformities, or when digit access is not possible
• Faster detection of desaturation events
• Faster indication of resaturation2

As a single-patient-use ear sensor that is placed securely in the cavum conchae (the deep hollow near the ear canal opening), the E1 allows clinicians to combine performance with a reliable alternative monitoring site while minimizing cross-contamination.

• Size: Adult
• Length: 3ft
• Single patient use
• For patients greater than 30 kg
• Avoids cross-contamination risks
• Faster detection of desaturation/resaturation
• Alternate monitoring site with easy access during surgery, resuscitation, in patients with finger deformities or when digit access is not possible
• Offers reliable measurements during extremely low perfusion
• Allows for hands-free monitoring
• Ear site may offer advantages for pleth variability (PVI®) monitoring to help clinicians assess fluid responsiveness

Features:

• Sterilizable
• Tip-clip
• Size: 3 ft Cord
• For Use With: Oximeters
• Application: SpO2 Sensor
• Target Area: Ear
• Reusable

Ear sensors provide faster detection of desaturation and resaturation during low perfusion, compared to digit sensors. In addition, the ear may provide an easily-accessible alternate site during surgery, during resuscitation, in patients with finger deformities, or when digit access is not possible.

• Provides an alternative to digit sensors when the forehead site is unavailable, for example during brain function monitoring, cerebral oximetry monitoring, or neck stabilization
• Sensor design offers more secure placement on the cavum conchae than traditional clip-style ear lobe sensors
• Allows easy access during surgery, resuscitation, and in patients with finger deformities, or when digit access is not possible
• Provides oxygen saturation measurements that are less susceptible to changes in peripheral perfusion
• Life Stage: Adult
• Cable Length: 3ft

Forehead sensors provide faster detection of desaturation and resaturation during low perfusion, compared to digit sensors. In addition, the forehead may provide an easily-accessible alternate site during surgery, during resuscitation, in patients with finger deformities, or when digit access is not possible.