Every one of us needs to take a deep breath and relax now and then. Did you know that just a two-minute break and deep breathing can help in lowering stress levels, lower your heartbeat and stabilize your blood pressure? Deep breathing accomplishes these feats by fully exchanging incoming life-giving oxygen with outgoing carbon dioxide.
Individuals who suffer from COPD struggle to breathe, let alone relax by taking a deep breath. These patients also suffer from the various comorbidities of this disease that include hypertension, heart disease, type 2 diabetes, anxiety, and depression. Available long-term treatment options for these individuals include oxygen therapy to help them breathe in enough oxygen.
Devices like the DeVilbiss 10L ensure that individuals suffering from COPD can meet their oxygen requirements without compromising on quality or size. This device is a powerful machine that can provide nearly 95% pure oxygen for extended periods, helping you breathe better. The DeVilbiss 10L comes with many advantages that make it stand out from the competition. Some of these benefits include:
Compact Size
The first noticeable advantage of using DeVilbiss 10L is its compact size. With the same footprint as other 5L devices, the DeVilbiss 10L is incredibly compact, light and easy to move around the house. DeVilbiss 10L can easily be placed in smaller rooms and the case of hospitals, in shared rooms without compromising on space. The device is lighter than competing 10L devices, and at under 25kgs can easily be moved around if needed.
Safe
DeVilbiss 10L ensures patient safety by installing an oxygen sensing device as standard on each concentrator. This device constantly monitors the production of oxygen, ensuring the safety of patients and the health of the device. Equipped with bright LED indicator lights and alarms for power outages, high gas temperature, high pressure, low/high flow, low oxygen, and service requirements, this device is both patient and caregiver friendly. The device cabinet is flame-retardant, protecting the unit in the case of fire.
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