When someone mentions a “wearable”, people inevitably first think of a fitness tracker such as a Apple Watch or a Fitbit. And with good reason – these wrist-worn devices were created to integrate flawlessly into…
The use of cooling vests in the medical field has been on the rise as of late. We’re seeing (and making) vests outfitted with sensors that can read biometrics such as heart-rate analytics and concentration…
When developing wearable medical technology, the interaction between the device and the human body is critical. Material selection is a key factor, as it directly affects patient comfort, device accuracy, and regulatory compliance. With wearable…
In 2017, it was predicted that wearables would start moving away from wrist-based devices and into more specialized markets. One of the most significant sectors poised for this shift is healthcare. With advancements in wearable…
Smart textiles and wearable medical devices are becoming more commercialized and available as home healthcare solutions. These wearable medical devices often take the form of vests. The purpose of a medical vest always dictates the…
With the development of medical wearable diagnostic and analytic devices on the rise, so comes the rise of wearable medical therapy devices. These are devices that not only collect and analyze data, but also respond…
When designing a medical device for mass production and distribution, it is important to keep in mind that there is a more intensive process than the development, sourcing, and production. Before being put to use…
While most are familiar with wearable fitness monitors, wearables in the medical field are taking off for further integrated home healthcare. New medical wearable garments file for FDA approval and patents daily, with the goal…
We have previously discussed the Types of Biosensors that are Used in Wearable Devices and what information they are able to detect in the wearer. However, exactly what biological stimuli allow these sensors to record and analyze…
The use of textiles and fabrics is becoming increasingly prevalent in the development of wearable medical garments, wearable organ holsters, and even being utilized as flexible mesh for medical implants. During the development and prototyping…