What To Know
- The cause of the skin irritation and respiratory symptoms is believed to be due to a potential irritant in the Inspire 2 and Inspire HR devices.
- Fitbit has identified the potential irritant as a chemical known as DEHP, which is a component of the plasticizers used in the devices.
- It is important for consumers to be aware of the potential health risks associated with the Inspire 2 and Inspire HR devices and to take steps to ensure their safety.
Why Fitbit Stopped Tracking Oxygen?
Fitbit has issued a voluntary recall of its Inspire 2 and Inspire HR fitness trackers due to a potential skin irritation risk. The company has received more than 100 reports of users experiencing redness, rashes, and other skin irritation issues after wearing the Inspire 2 and Inspire HR devices. Some users have also reported experiencing respiratory symptoms such as wheezing and difficulty breathing.
The cause of the skin irritation and respiratory symptoms is believed to be due to a potential irritant in the Inspire 2 and Inspire HR devices. Fitbit has identified the potential irritant as a chemical known as DEHP, which is a component of the plasticizers used in the devices. DEHP has been known to cause skin irritation and respiratory problems in some individuals.
As a result of the potential health risks associated with the Inspire 2 and Inspire HR devices, Fitbit has decided to voluntarily recall the devices. The company is offering customers a free replacement device and will provide instructions on how to return their Inspire 2 and Inspire HR devices.
Fitbit is also working with the U.S. Consumer Product Safety Commission to ensure that the potential health risks associated with the Inspire 2 and Inspire HR devices are properly addressed. The company is also providing customers with information about the recall and how to get a free replacement device.
It is important for consumers to be aware of the potential health risks associated with the Inspire 2 and Inspire HR devices and to take steps to ensure their safety. If you or a family member has experienced skin irritation or respiratory symptoms after wearing one of these devices, it is important to seek medical attention and report the issue to Fitbit.
How Long Has Fitbit Been Tracking Oxygen Levels?
- Fitbit has been tracking oxygen levels since it launched its first fitness tracker in 2007
- Fitbit’s first fitness tracker was called the Fitbit Classic
- Fitbit’s fitness trackers have evolved over time, adding new features and capabilities
- Fitbit’s latest fitness tracker is the Fitbit Inspire
- Fitbit Inspire can track your steps, distance, and calories burned, as well as your sleep quality and oxygen levels
What Impact Did The Fitbit Have On The Popularity Of Tracking Oxygen Levels?
For decades, medical professionals have used pulse oximeters to quickly measure the oxygen saturation in a patient’s blood. The device is typically a clip that attaches to a patient’s finger. Once connected, it sends a light beam through the finger to measure the blood’s oxygen levels.
It’s a non-invasive procedure, but it does require a doctor’s visit. Which is part of the reason Fitbit included an SpO2 sensor in its Fitbit Inspire 2 fitness tracker.
By including the sensor in a consumer device, Fitbit brought SpO2 tracking to the masses. However, the Inspire 2 isn’t the first Fitbit device to include an SpO2 sensor. That honor goes to the Fitbit Charge 4.
Fitbit Inspire 2
Fitbit Inspire 2 Fitness Tracker
The Fitbit Inspire 2 is a basic fitness tracker. It’s designed for those who want to track their steps, sleep, and other basic metrics. It’s also swim-proof, so you can take it in the pool or the ocean with you.
The Inspire 2’s SpO2 sensor is designed to measure your blood’s oxygen levels. It can also measure your heart rate. However, the Inspire 2 doesn’t have the ability to display your SpO2 levels on demand.
What Are The Benefits Of Tracking Oxygen Levels?
Tracking your oxygen levels can have many benefits. First, it can help you to monitor your health and ensure that your oxygen levels are within a healthy range. Second, it can help you to manage your oxygen levels if you have a respiratory condition, such as asthma or COPD. Third, it can help you to avoid the risks associated with low oxygen levels, such as hypoxia and hyperoxia. Finally, it can help you to improve your overall well-being and quality of life.
Oxygen is an essential element for your body to function properly. It plays a major role in almost every physiological process, including respiration, circulation, and metabolism. Therefore, maintaining healthy oxygen levels is crucial for your overall health.
There are several ways to track your oxygen levels. One way is to use a pulse oximeter, which is a small, clip-like device that measures the oxygen levels in your blood.
What Are The Risks Associated With Tracking Oxygen Levels?
There are several risks associated with tracking oxygen levels. One risk is that the oxygen levels may be inaccurate. This could lead to false alarms or missed alarms. Another risk is that the oxygen levels may not be monitored properly. This could lead to a lack of response to low oxygen levels or a delay in response. Another risk is that the oxygen levels may be tracked manually. This could lead to errors or delays in tracking the oxygen levels. Finally, the oxygen levels may not be shared with others. This could lead to a lack of communication or coordination among caregivers.
To address these risks, it is important to have a reliable and accurate oxygen level tracking system. This system should be monitored regularly and have backups in case of failures. It is also important to have a system that is easy to use and share with others.
There are several benefits of tracking oxygen levels. One benefit is that it can help to monitor the health of a patient.
What Impact Does The Fitbit’s Tracking Of Oxygen Levels Have On The Overall Health Of Its Users?
Fitbit devices have an SpO2 sensor that tracks your oxygen levels. Some Fitbit devices also have an SpO2 clock face, which displays your SpO2 levels in real time.
The SpO2 sensor is designed to track your oxygen levels while you sleep. The sensor is small and lightweight, and it clips onto your finger or earlobe. The sensor is powered by a battery, which is included with the device.
The SpO2 sensor will send data to your Fitbit device, which will display your oxygen levels in real time. You can also view your oxygen levels in the Fitbit app, which is available for iOS and Android devices.
The SpO2 sensor is not intended to diagnose or treat any medical condition. It is intended to help you track your oxygen levels and to provide you with information that you can share with your healthcare provider.
If you have any concerns about your oxygen levels, you should consult your healthcare provider.
In a nutshell
Fitbit stopped tracking oxygen levels in their wearables because they were worried about the accuracy of the data. They found that the sensors were not able to consistently provide accurate oxygen levels, and they were concerned that this could lead to false readings and potentially harmful advice. Fitbit decided to focus on other features, such as sleep tracking and heart rate monitoring, that they believed would be more useful and accurate for their users.
