Finger sensorA reusable, durable sensor for use with adult and pediatric patients. This sensor is constructed of impact-resistant materials for enhanced durability to withstand frequent disinfection and the rigors of daily use. OxyTip+ Finger sensor’s patented DuraSpring hinge will not break or lose its tension, providing patients with a comfortable and secure fit every time. |
Universal connector and interconnect cablesThe Universal connector features a slim profile for a simple one-step snap connection and spring release tabs for quick removal. Cable connection points are reinforced to withstand frequent pulling and tugging. And, the OxyTip+ Universal connectors are color coded so that you can quickly identify the correct interconnect cable to use. With the Universal connector, the OxyTip+ line offers the only pulse oximetry sensors that are compatible with Datex, Ohmeda and future Datex-Ohmeda monitors. |
Adhesive sensorsOxyTip+ Adhesive sensors are cost-effective, versatile solutions for single-patient use on adults and pediatrics. The Adult/Pediatric sensor utilizes unique adhesive properties so that it can be rejuvenated and reapplied in order to extend the life of the sensor. The AllFit sensor can be reapplied using replacement tape. Each of these adhesive sensors is ideal for infection control and high-motion conditions. |
Reusable, multi-site sensorsOxyTip+ Sensitive Skin and Wrap reusable sensors are extremely versatile, cost-effective solutions. These sensors are easy to clean for multi-patient use, as well as infection control. And, their non-adhesive flat surfaces make them ideal for neonate through adult patients with sensitive skin. The Sensitive Skin and Wrap multi-site sensors may be used on hands, feet, fingers, and toes. Both of these sensors offer multiple attachment options. The Sensitive Skin sensor’s foam sandal is ideal for infant’s small feet. The Wrap sensor’s foam wrap offers improved comfort for larger pediatric and adult patients. |
Ear sensorThe reusable Ear sensor offers a cost-effective, easy-to-apply choice for use on patients exhibiting low perfusion and compromised peripheral circulation. The Ear sensor is an ideal sensor site for many patients due to its close proximity to the heart. Sensors at a core site, such as the ear, provide a quicker response to changes in arterial saturation than those placed at peripheral sites, such as fingers. |