Uses: Portable oxygen concentrators are designed for patients who require oxygen therapy but want to maintain an active lifestyle. These are ideal for travel, exercise, or outdoor activities.
Uses: These devices are Medical for patients with severe respiratory conditions who need a higher flow rate of oxygen (typically over 10 LPM). They are generally hospital-grade machines but can be found in some home settings for patients with advanced diseases.
Uses: These concentrators deliver oxygen only when the patient inhales, conserving oxygen supply. They are often Medical in portable devices because they are efficient in oxygen delivery.
Uses: These provide a constant flow of oxygen, regardless of whether the user is inhaling or exhaling. They are mostly found in stationary models and are beneficial for patients who require higher oxygen levels or a steady supply.
Uses: These devices are used for patients with severe respiratory conditions who need a higher flow rate of oxygen (typically over 10 LPM). They are generally hospital-grade machines but can be found in some home settings for patients with advanced diseases.
Uses: These devices are Medical for patients with severe respiratory conditions who need a higher flow rate of oxygen (typically over 10 LPM). They are generally hospital-grade machines but can be found in some home settings for patients with advanced diseases.
Uses: These provide a constant flow of oxygen, regardless of whether the user is inhaling or exhaling. They are mostly found in stationary models and are beneficial for patients who require higher oxygen levels or a steady supply.
Uses: These provide a constant flow of oxygen, regardless of whether the user is inhaling or exhaling. They are mostly found in stationary models and are beneficial for patients who require higher oxygen levels or a steady supply.
Uses: These provide a constant flow of oxygen, regardless of whether the user is inhaling or exhaling. They are mostly found in stationary models and are beneficial for patients who require higher oxygen levels or a steady supply.
Benefits: Lightweight and battery-operated, they typically offer pulse-dose oxygen delivery (oxygen is supplied when the user inhales). Some models can also provide continuous flow.
Benefits: Lightweight and battery-operated, they typically offer pulse-dose oxygen delivery (oxygen is supplied when the user inhales). Some models can also provide continuous flow.
Benefits: These devices provide both oxygen therapy and the benefits of continuous positive airway pressure (CPAP) or bilevel positive airway pressure (BiPAP), making them versatile for nighttime and respiratory care.
