TruSignal sensors and interconnect cables are intended for use in continuous non-invasive arterial oxygen saturation (SpO2) and pulse rate monitoring. The sensors and cables are designed and tested to help ensure patient comfort, and to help clinicians make better care decisions. TruSignal sensors and interconnect cables are backwards compatible with Datex, Ohmeda and GE SpO2 technologies. Connector design and high-quality cable materials make cables resistant to fraying and kinking. Both cables and sensors are drip proof as well as able to withstand frequent disinfections. Connectors are small and easy to operate and cables are durable and flexible. Materials used do not contain any latex or known environmental contaminants.
TruSignal sensors and interconnect cables are intended for use in continuous non-invasive arterial oxygen saturation (SpO2) and pulse rate monitoring. The sensors and cables are designed and tested to help ensure patient comfort, and to help clinicians make better care decisions. TruSignal sensors and interconnect cables are backwards compatible with Datex, Ohmeda and GE SpO2 technologies. Connector design and high-quality cable materials make cables resistant to fraying and kinking. Both cables and sensors are drip proof as well as able to withstand frequent disinfections. Connectors are small and easy to operate and cables are durable and flexible. Materials used do not contain any latex or known environmental contaminants.
TruSignal sensors and interconnect cables are intended for use in continuous non-invasive arterial oxygen saturation (SpO2) and pulse rate monitoring. The sensors and cables are designed and tested to help ensure patient comfort, and to help clinicians make better care decisions. TruSignal sensors and interconnect cables are backwards compatible with Datex, Ohmeda and GE SpO2 technologies. Connector design and high-quality cable materials make cables resistant to fraying and kinking. Both cables and sensors are drip proof as well as able to withstand frequent disinfections. Connectors are small and easy to operate and cables are durable and flexible. Materials used do not contain any latex or known environmental contaminants.
TruSignal sensors and interconnect cables are intended for use in continuous non-invasive arterial oxygen saturation (SpO2) and pulse rate monitoring. The sensors and cables are designed and tested to help ensure patient comfort, and to help clinicians make better care decisions. TruSignal sensors and interconnect cables are backwards compatible with Datex, Ohmeda and GE SpO2 technologies. Connector design and high-quality cable materials make cables resistant to fraying and kinking. Both cables and sensors are drip proof as well as able to withstand frequent disinfections. Connectors are small and easy to operate and cables are durable and flexible. Materials used do not contain any latex or known environmental contaminants.
TruSignal sensors and interconnect cables are intended for use in continuous non-invasive arterial oxygen saturation (SpO2) and pulse rate monitoring. The sensors and cables are designed and tested to help ensure patient comfort, and to help clinicians make better care decisions. TruSignal sensors and interconnect cables are backwards compatible with Datex, Ohmeda and GE SpO2 technologies. Connector design and high-quality cable materials make cables resistant to fraying and kinking. Both cables and sensors are drip proof as well as able to withstand frequent disinfections. Connectors are small and easy to operate and cables are durable and flexible. Materials used do not contain any latex or known environmental contaminants.
TruSignal sensors and interconnect cables are intended for use in continuous non-invasive arterial oxygen saturation (SpO2) and pulse rate monitoring. The sensors and cables are designed and tested to help ensure patient comfort, and to help clinicians make better care decisions. TruSignal sensors and interconnect cables are backwards compatible with Datex, Ohmeda and GE SpO2 technologies. Connector design and high-quality cable materials make cables resistant to fraying and kinking. Both cables and sensors are drip proof as well as able to withstand frequent disinfections. Connectors are small and easy to operate and cables are durable and flexible. Materials used do not contain any latex or known environmental contaminants.