Best Sellers

Dynarex Resp-O2 Oxygen CO2 Masks & Accessories are designed to help monitor patients’ exhaled carbon dioxide levels while maintaining the continuous administration of oxygen. The masks feature an elongated shape for added patient comfort and swivel design for optimal flexibility and range of motion. Quantity per Case: 25 Designed to monitor CO2 levels from the nose and mouth Soft, elongated mask provides a secure fit Transparent materials allow for clear visualization Includes 7’ of crush-resistant, star lumen oxygen supply tubing Not made with natural rubber latex or DEHP

Dynarex Resp-O2 HMEs are single-use respiratory devices designed to provide humidification and help prevent mucosal dryness during mechanical patient ventilation and other respiratory treatments. Quantity per Case: 50 Features a low-resistance design to best support patient's breathing Lightweight design for maximum patient comfort Transparent housing enables effortless placement Sampling port proximal to patient adds to overall convenience Not made with natural rubber latex Does not contain DEHP

Dynarex Resp-O2 Oxygen CO2 Masks & Accessories are designed to help monitor patients’ exhaled carbon dioxide levels while maintaining the continuous administration of oxygen. The masks feature an elongated shape for added patient comfort and swivel design for optimal flexibility and range of motion. Quantity per Case: 25 Designed to monitor CO2 levels from the nose and mouth Soft, elongated mask provides a secure fit Transparent materials allow for clear visualization Includes 7’ of crush-resistant, star lumen oxygen supply tubing Not made with natural rubber latex or DEHP

Dynarex Resp-O2 HMEs are single-use respiratory devices designed to provide humidification and help prevent mucosal dryness during mechanical patient ventilation and other respiratory treatments. Quantity per Case: 50 Features a low-resistance design to best support patient's breathing Lightweight design for maximum patient comfort Transparent housing enables effortless placement Sampling port proximal to patient adds to overall convenience Not made with natural rubber latex Does not contain DEHP

Dynarex Resp-O2 HMEs are single-use respiratory devices designed to provide humidification and help prevent mucosal dryness during mechanical patient ventilation and other respiratory treatments. Quantity per Case: 50 Features a low-resistance design to best support patient's breathing Lightweight design for maximum patient comfort Transparent housing enables effortless placement Sampling port proximal to patient adds to overall convenience Not made with natural rubber latex Does not contain DEHP

Dynarex Resp-O2 HMEs are single-use respiratory devices designed to provide humidification and help prevent mucosal dryness during mechanical patient ventilation and other respiratory treatments. Quantity per Case: 50 Features a low-resistance design to best support patient's breathing Lightweight design for maximum patient comfort Transparent housing enables effortless placement Sampling port proximal to patient adds to overall convenience Not made with natural rubber latex Does not contain DEHP

Dynarex Resp-O2 HMEs are single-use respiratory devices designed to provide humidification and help prevent mucosal dryness during mechanical patient ventilation and other respiratory treatments. Quantity per Case: 30 Features a low-resistance design to best support patient's breathing Lightweight design for maximum patient comfort Transparent housing enables effortless placement Sampling port proximal to patient adds to overall convenience Not made with natural rubber latex Does not contain DEHP

Dynarex Resp-O2 Trach HMEs are single-use, disposable respiratory devices designed to provide humidification for tracheostomy patients. Features a low-resistance design to best support patient's breathing Lightweight design for maximum patient comfort Transparent housing enables effortless placement Suitable for adult and pediatric patients Not made with natural rubber latex Does not contain DEHP

Dynarex Resp-O2 Trach HMEs are single-use, disposable respiratory devices designed to provide humidification for tracheostomy patients. Features a low-resistance design to best support patient's breathing Lightweight design for maximum patient comfort Transparent housing enables effortless placement Suitable for adult and pediatric patients Not made with natural rubber latex Does not contain DEHP

Dynarex Resp-O2 Trach HMEs are single-use, disposable respiratory devices designed to provide humidification for tracheostomy patients. Features a low-resistance design to best support patient's breathing Lightweight design for maximum patient comfort Transparent housing enables effortless placement Suitable for adult and pediatric patients Not made with natural rubber latex Does not contain DEHP

Dynarex Resp-O2 Trach HMEs are single-use, disposable respiratory devices designed to provide humidification for tracheostomy patients. Features a low-resistance design to best support patient's breathing Lightweight design for maximum patient comfort Transparent housing enables effortless placement Suitable for adult and pediatric patients Not made with natural rubber latex Does not contain DEHP

Dynarex Resp-O2 Trach HMEs are single-use, disposable respiratory devices designed to provide humidification for tracheostomy patients. Features a low-resistance design to best support patient's breathing Lightweight design for maximum patient comfort Transparent housing enables effortless placement Suitable for adult and pediatric patients Not made with natural rubber latex Does not contain DEHP

Dynarex Resp-O2 Trach HMEs are single-use, disposable respiratory devices designed to provide humidification for tracheostomy patients. Features a low-resistance design to best support patient's breathing Lightweight design for maximum patient comfort Transparent housing enables effortless placement Suitable for adult and pediatric patients Not made with natural rubber latex Does not contain DEHP

Dynarex Resp-O2 Sterile Saline and Water supplies are disposable, single-use respiratory therapy bottles/vials filled with water or saline solutions designed for patient inhalation or device irrigation. The water and saline solutions are sterilized to ensure patient safety and to help avoid cross-contamination. Quantity per Case: 12 Designed for patient use or device inhalation.

Dynarex Resp-O2 Trach HMEs are single-use, disposable respiratory devices designed to provide humidification for tracheostomy patients. Features a low-resistance design to best support patient's breathing Lightweight design for maximum patient comfort Transparent housing enables effortless placement Suitable for adult and pediatric patients Not made with natural rubber latex Does not contain DEHP

Dynarex Resp-O2 Sterile Saline and Water supplies are disposable, single-use respiratory therapy bottles/vials filled with water or saline solutions designed for patient inhalation or device irrigation. The water and saline solutions are sterilized to ensure patient safety and to help avoid cross-contamination. Quantity per Case: 12 Designed for patient use or device inhalation.

Dynarex Resp-O2 Spring Loaded T-Adaptors are designed to be used in conjunction with a small volume nebulizer (SVN) to help deliver aerosol medication to respiratory vent patients. The T-Adaptor features a spring-loaded valve that opens and closes the nebulizer circuit during insertion and removal. Quantity per Case: 30 Eliminates the need to break the ventilator circuit between treatments Ventless design prevents medication leakage Accepts most standard aerosol tubing/ventilator circuit Not made with natural rubber latex or DEHP

Dynarex Resp-O2 Sterile Saline and Water supplies are disposable, single-use respiratory therapy bottles/vials filled with water or saline solutions designed for patient inhalation or device irrigation. The water and saline solutions are sterilized to ensure patient safety and to help avoid cross-contamination. Quantity per Case: 12 Designed for patient use or device inhalation.

Dynarex Resp-O2 Spring Loaded T-Adaptors are designed to be used in conjunction with a small volume nebulizer (SVN) to help deliver aerosol medication to respiratory vent patients. The T-Adaptor features a spring-loaded valve that opens and closes the nebulizer circuit during insertion and removal. Quantity per Case: 30 Eliminates the need to break the ventilator circuit between treatments Ventless design prevents medication leakage Accepts most standard aerosol tubing/ventilator circuit Not made with natural rubber latex or DEHP

Dynarex Resp-O2 Spring Loaded T-Adaptors are designed to be used in conjunction with a small volume nebulizer (SVN) to help deliver aerosol medication to respiratory vent patients. The T-Adaptor features a spring-loaded valve that opens and closes the nebulizer circuit during insertion and removal. Quantity per Case: 30 Eliminates the need to break the ventilator circuit between treatments Ventless design prevents medication leakage Accepts most standard aerosol tubing/ventilator circuit Not made with natural rubber latex or DEHP

Resp-O2™ Bacterial/Viral Filters are designed to enhance infection control during respiratory therapy by capturing airborne bacteria and viruses. These high-efficiency filters help protect patients, caregivers, and equipment from cross-contamination in homecare environments. Lightweight and easy to use, the filters are DEHP-free and not made with natural rubber latex, making them ideal for a wide range of home-based respiratory care needs, including CPAP and BiPAP therapy. Efficiently protects patients and equipment from cross-contamination High-quality filter helps trap airborne bacteria and viruses Ideal for use in homecare environments Suitable for patients undergoing CPAP or BiPAP respiratory therapy Lightweight construction allows for convenient handling and setup Simple design supports easy and intuitive use Not made with natural rubber latex or DEHP

The Dynarex Resp-02 Soft-Foam Trach Tube Holder is designed to stabilize and securely hold tracheostomy tubes in place to help minimize movement and ensure uninterrupted airflow to trach patients. The Trach Tube Holder is constructed from soft foam laminate that is both strong and lightweight for optimal durability as well as patient comfort. The Trach Tube Holder features a convenient, one-piece design that is easy to adjust with hook-and-loop straps, eliminating the need for scissors or other additional closures. Perfect for use by respiratory therapists, nurses, and caregivers in hospitals, trauma centers, long-term care, and home environments. Helps to stabilize trach tube and reduce risk of dislodgement Lightweight, fabric-covered foam provides optimal comfort Adjustable hook-and-loop straps provide secure fit Not made with natural rubber latex or DEHP

Resp-O2™ Bacterial/Viral Filters are designed to enhance infection control during respiratory therapy by capturing airborne bacteria and viruses. These high-efficiency filters help protect patients, caregivers, and equipment from cross-contamination in homecare environments. Lightweight and easy to use, the filters are DEHP-free and not made with natural rubber latex, making them ideal for a wide range of home-based respiratory care needs, including CPAP and BiPAP therapy. Efficiently protects patients and equipment from cross-contamination High-quality filter helps trap airborne bacteria and viruses Ideal for use in homecare environments Suitable for patients undergoing CPAP or BiPAP respiratory therapy Lightweight construction allows for convenient handling and setup Simple design supports easy and intuitive use Not made with natural rubber latex or DEHP

The Dynarex Resp-O2™ Oxygen Humidifier Connector is designed to attach a dry humidifier bottle or pre-filled bubble humidifier to continuous flow oxygen concentrators. Dynarex Resp-O2™ Oxygen Humidifier Connectors come with either sturdy oxygen tubing on one end and a male threaded grip elbow on the other end, or with star lumen oxygen tubing on one end and molded threaded straight connector on the other end. Oxygen Humidifier Connectors are universal and can fit most humidifier bottles with a DISS connection. Quantity per Case: 50 Transparent oxygen tubing allows for easy visualization Universal fit connects with most humidifier bottles and concentrators Ribbed connector provides a secure fit without damaging connection points Designed to attach to barb-style concentrator outlets Not made with natural rubber latex or DEHP

The Resp-02™ 5L Oxygen Concentrator is a convenient, top-grade medical device that helps relieve respiratory difficulties for patients with breathing problems. You’ll love the quiet operation and user-friendliness of this durable, reliable machine. Designed for use with a nasal canula, this premium concentrator weighs only 37 pounds and is easily transportable with four smooth rolling casters and easy-grip top handle. Perfect for use at home and a wide range of medical settings including clinics, long-term care, rehab facilities, and much more. Patient controls are easily accessible so adjusting oxygen flow rates is a breeze. Audible and visual alarms and manual reset button help to ensure consistent operation and optimal safety. Features a flow range of 0.5-5 LPM Audible and visual alarms include Low Flow-rate, Low/High Pressure, and Power Failure Manual reset button helps ensure uninterrupted oxygen delivery Designed for quiet operation with low noise output Easy-to-read control panel for optimal visibility

The Dynarex Resp-02™ Disposable Bubble Humidifier is designed to humidify supplemental oxygen for patients receiving oxygen therapy at home. Ideal for use with all types of oxygen concentrators with either face masks or cannulas, the Bubble Humidifier is intended for oxygen low flow rates up to 6 PSI. The transparent humidifier features clearly defined minimum and maximum lines for easy monitoring. Quantity per Case: 50 Designed to provide moisture for oxygen therapy in the home Features pressure-relief valve with audible alarm for optimal safety Includes PVC diffuser to help minimize noise Disposable, single-patient use for optimal hygiene Not made with natural rubber latex or DEHP

The Dynarex Resp-O2™ Oxygen Humidifier Connector is designed to attach a dry humidifier bottle or pre-filled bubble humidifier to continuous flow oxygen concentrators. Dynarex Resp-O2™ Oxygen Humidifier Connectors come with either sturdy oxygen tubing on one end and a male threaded grip elbow on the other end, or with star lumen oxygen tubing on one end and molded threaded straight connector on the other end. Oxygen Humidifier Connectors are universal and can fit most humidifier bottles with a DISS connection. Quantity per Case: 10 Transparent oxygen tubing allows for easy visualization Universal fit connects with most humidifier bottles and concentrators Ribbed connector provides a secure fit without damaging connection points Designed to attach to barb-style concentrator outlets Not made with natural rubber latex or DEHP

The Dynarex Resp-O2 Peak Flow Meter is a hand-held monitoring device that measures Peak Expiratory Flow (PEF), an indication of how fast a patient can forcefully exhale after a full exhalation. This lightweight, durable peak flow meter is designed to help patients track daily changes in their breathing patterns. The Dynarex Resp-O2 peak flow meter is available in Adult size (Standard Range 50-800 L/min) and Pediatric size (Low Range 50-300 L/min). Quantity per Case: 100 Color-coded indicators help to track daily progress Easy grip handle for steady handling Lightweight design for easy portability Not made with natural rubber latex or DEHP Includes peak flow rate diary to track daily progress A variety of mouthpieces are available for added protection against bacteria and cross-contamination

The Dynarex Resp-O2 Peak Flow Meter is a hand-held monitoring device that measures Peak Expiratory Flow (PEF), an indication of how fast a patient can forcefully exhale after a full exhalation. This lightweight, durable peak flow meter is designed to help patients track daily changes in their breathing patterns. The Dynarex Resp-O2 peak flow meter is available in Adult size (Standard Range 50-800 L/min) and Pediatric size (Low Range 50-300 L/min). Quantity per Case: 100 Color-coded indicators help to track daily progress Easy grip handle for steady handling Lightweight design for easy portability Not made with natural rubber latex or DEHP Includes peak flow rate diary to track daily progress A variety of mouthpieces are available for added protection against bacteria and cross-contamination

The Dynarex Resp-O2 Peak Flow Meter is a hand-held monitoring device that measures Peak Expiratory Flow (PEF), an indication of how fast a patient can forcefully exhale after a full exhalation. This lightweight, durable peak flow meter is designed to help patients track daily changes in their breathing patterns. The Dynarex Resp-O2 peak flow meter is available in Adult size (Standard Range 50-800 L/min) and Pediatric size (Low Range 50-300 L/min). Quantity per Case: 10 Color-coded indicators help to track daily progress Easy grip handle for steady handling Lightweight design for easy portability Not made with natural rubber latex or DEHP Includes peak flow rate diary to track daily progress A variety of mouthpieces are available for added protection against bacteria and cross-contamination

The Dynarex Resp-O2 Peak Flow Meter is a hand-held monitoring device that measures Peak Expiratory Flow (PEF), an indication of how fast a patient can forcefully exhale after a full exhalation. This lightweight, durable peak flow meter is designed to help patients track daily changes in their breathing patterns. The Dynarex Resp-O2 peak flow meter is available in Adult size (Standard Range 50-800 L/min) and Pediatric size (Low Range 50-300 L/min). Quantity per Case: 100 Color-coded indicators help to track daily progress Easy grip handle for steady handling Lightweight design for easy portability Not made with natural rubber latex or DEHP Includes peak flow rate diary to track daily progress A variety of mouthpieces are available for added protection against bacteria and cross-contamination