Disposable thermistor intended for use during sleep disorders studies as a qualitative measure of respiratory airflow for recording onto a data acquisition system.

PVDF Respiratory effort sensor is intended for use during sleep disorder studies as a qualitative measure of respiratory effort for recording onto a data acquisition system. The sensor uses PVDF (piezo-electric) technology and plugs directly into the electrode headbox.

PVDF Respiratory effort sensor is intended for use during sleep disorder studies as a qualitative measure of respiratory effort for recording onto a data acquisition system. The sensor uses PVDF (piezo-electric) technology and plugs directly into the electrode headbox.

Belt for use with PVDF Respiratory effort sensor..

Belt for use with PVDF Respiratory effort sensor..

Belt for use with PVDF Respiratory effort sensor..

Belt for use with PVDF Respiratory effort sensor..

Belt for use with PVDF Respiratory effort sensor..

Belt for use with PVDF Respiratory effort sensor..

Belt for use with PVDF Respiratory effort sensor..

Belt for use with PVDF Respiratory effort sensor..

Belt for use with PVDF Respiratory effort sensor..

Belt for use with PVDF Respiratory effort sensor..

PVDF Respiratory effort sensor is intended for use during sleep disorder studies as a qualitative measure of respiratory effort for recording onto a data acquisition system. The sensor uses PVDF (piezo-electric) technology and plugs directly into the electrode headbox.

PVDF Respiratory effort sensor is intended for use during sleep disorder studies as a qualitative measure of respiratory effort for recording onto a data acquisition system. The sensor uses PVDF (piezo-electric) technology and plugs directly into the electrode headbox.

PVDF Respiratory effort sensor is intended for use during sleep disorder studies as a qualitative measure of respiratory effort for recording onto a data acquisition system. The sensor uses PVDF (piezo-electric) technology and plugs directly into the electrode headbox.

PVDF Respiratory effort sensor is intended for use during sleep disorder studies as a qualitative measure of respiratory effort for recording onto a data acquisition system. The sensor uses PVDF (piezo-electric) technology and plugs directly into the electrode headbox.

For use during sleep disorder studies as a measure of snoring for recording onto a data acquisition system.

For use during sleep disorder studies as a measure of snoring for recording onto a data acquisition system.

Q-Snor component for use during sleep disorder studies as a measure of snoring for recording onto a data acquisition system.

Q-Snor microphone for use during sleep disorder studies as a measure of snoring for recording onto a data acquisition system.

Complete Q-Snor kit for use during sleep disorder studies as a measure of snoring for recording onto a data acquisition system. Kit contains Q-Snor interface module and Q-Snor Microphone.

Cable for Disposable RIP Belt which is intended for use during sleep disorder studies as a measure of respiratory effort for recording with a data acquisition system. The sensor uses respiratory inductance plethysmography (RIP) technology and plugs directly into an electrode head box or a DC amplifier.

Q-RIP™ Respiratory Effort System™ is intended for use during sleep disorder studies as a measure of respiratory effort for recording with a data acquisition system. The sensor uses respiratory inductance plethysmography (RIP) technology and plugs directly into an electrode headbox or a DC amplifier. Kit contains 1 Q-RIP Interface Module; 2 Q-RIP Effort Belts.

Component of the Q-RIP™ Respiratory Effort System™ which is intended for use during sleep disorder studies as a measure of respiratory effort for recording with a data acquisition system. The sensor uses respiratory inductance plethysmography (RIP) technology and plugs directly into an electrode headbox or a DC amplifier.

Belt for the Q-RIP™ Respiratory Effort System™ which is intended for use during sleep disorder studies as a measure of respiratory effort for recording with a data acquisition system. The sensor uses respiratory inductance plethysmography (RIP) technology and plugs directly into an electrode headbox or a DC amplifier.

Belt for the Q-RIP™ Respiratory Effort System™ which is intended for use during sleep disorder studies as a measure of respiratory effort for recording with a data acquisition system. The sensor uses respiratory inductance plethysmography (RIP) technology and plugs directly into an electrode headbox or a DC amplifier.

Pediatric belt for the Q-RIP™ Respiratory Effort System™ which is intended for use during sleep disorder studies as a measure of respiratory effort for recording with a data acquisition system. The sensor uses respiratory inductance plethysmography (RIP) technology and plugs directly into an electrode headbox or a DC amplifier.

Cable for the Q-RIP™ Respiratory Effort System™ which is intended for use during sleep disorder studies as a measure of respiratory effort for recording with a data acquisition system. The sensor uses respiratory inductance plethysmography (RIP) technology and plugs directly into an electrode headbox or a DC amplifier.

Cable for the Q-RIP™ Respiratory Effort System™ which is intended for use during sleep disorder studies as a measure of respiratory effort for recording with a data acquisition system. The sensor uses respiratory inductance plethysmography (RIP) technology and plugs directly into an electrode headbox or a DC amplifier.

Cable for Disposable RIP Belt which is intended for use during sleep disorder studies as a measure of respiratory effort for recording with a data acquisition system. The sensor uses respiratory inductance plethysmography (RIP) technology and plugs directly into an electrode head box or a DC amplifier.

Cable for Disposable RIP Belt which is intended for use during sleep disorder studies as a measure of respiratory effort for recording with a data acquisition system. The sensor uses respiratory inductance plethysmography (RIP) technology and plugs directly into an electrode head box or a DC amplifier.

Ultima Pressure Transducers are for use during sleep disorder studies as a measure of respiratory airflow (hypopneas and apneas) and/ or esophageal pressure for recording onto a data acquisition system. Kit contains 1 Ultima Pressure Sensor; 1 Connector Cable; 3 Micro Cannulae; 2 Oral + Nasal Cannulae.

Ultima Pressure Transducers are for use during sleep disorder studies as a measure of respiratory airflow (hypopneas and apneas) and/ or esophageal pressure for recording onto a data acquisition system. Kit contains Pressure Sensor; Pneumo Flow Sensor; Dual 1 mm Keyhole to Keyhole Cable; Adapter Cable; Dual 1 mm Keyhole male to female cable.

Ultima Pressure Transducers are for use during sleep disorder studies as a measure of respiratory airflow (hypopneas and apneas) and/ or esophageal pressure for recording onto a data acquisition system. Kit contains 1 Ultima Dual Pressure Sensor; 2 Interface cables; 1 Pressure Sensor Interface; 2 Micro Cannulae; 2 Oral + Nasal Cannulae.

Ultima Pressure Transducers are for use during sleep disorder studies as a measure of respiratory airflow (hypopneas and apneas) and/ or esophageal pressure for recording onto a data acquisition system. Kit contains 1 Ultima Dual Pressure Sensor; 2 Micro Nasal Cannulae; 2 Oral + Nasal Cannulae.

Ultima Pressure Transducers are for use during sleep disorder studies as a measure of respiratory airflow (hypopneas and apneas) and/ or esophageal pressure for recording onto a data acquisition system. Kit contains Ultima Pressure Sensor; Ultima Pressure Sensor Interface: Pure, Filter, Snoring; Interface Strap; 3 Micro Cannulae; 2 Oral + Nasal Cannulae.

Ultima Pressure Transducers are for use during sleep disorder studies as a measure of respiratory airflow (hypopneas and apneas) and/ or esophageal pressure for recording onto a data acquisition system. Kit contains Ultima Dual Pressure Sensor; 2 Dual Pressure Sensor Safety Filter + Adapter; 2 Esophageal Balloon Catheters; 2 Micro Cannulae; 2 Oral + Nasal Cannulae.

Ultima Pressure Transducers are for use during sleep disorder studies as a measure of respiratory airflow (hypopneas and apneas) and/ or esophageal pressure for recording onto a data acquisition system.

Ultima Pressure Transducers are for use during sleep disorder studies as a measure of respiratory airflow (hypopneas and apneas) and/ or esophageal pressure for recording onto a data acquisition system.

Tubing used to detect airflow in sleep studies.

Tubing used to detect airflow in sleep studies.

Tubing used to detect airflow in sleep studies.

Tubing used to detect airflow in sleep studies.

Tubing used to detect airflow in sleep studies.

Tubing used to detect airflow in sleep studies.

Tubing used to detect airflow in sleep studies.

Tubing used to detect airflow in sleep studies.

Tubing used to detect airflow in sleep studies.

Tubing used to detect airflow in sleep studies.