The first issue is durability. All the existing technologies rely on rigid materials for their construction. So, if the material becomes weak or damaged, then you can’t use them anymore. As the name suggests, flexible electronics don’t have this problem.
If you need a durable and effective device, then it is recommended to buy a hard case for your phone. And if you want something more, then go ahead and make it stronger.
As far as the price is concerned, the final cost will depend upon the kind of materials used in the manufacturing process. Some manufacturers prefer to use transparent substrates, while others choose opaque ones. You can also check the size and thickness of each component. Check this out
In conclusion, all we’ve seen so far have been based on rigid printed circuit boards (PCBs) that are difficult to bend and impossible to flex. However, flexible circuits offer the potential for radically new applications. The technology has existed for more than 60 years, and while its performance isn’t quite good enough yet, it could change everything. In this talk, I’ll show how flexible electronic devices are revolutionizing our lives and our future.
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The main disadvantage is the fact that it requires large areas for production, which makes the manufacturing process expensive. Another drawback is that some materials used in flexible electronic components are not biocompatible. This means that they may cause damage to human tissues and organs. Moreover, the mechanical properties of the material might affect the function of the device. A final disadvantage of flexible electronics is its limited functionality compared to other types of devices. It cannot perform tasks such as motion detection, sensing temperature changes, etc.