In the past few years, the market of wearable devices represented by smart watches has exploded rapidly. From the appearance of Google Glass to the popularity of smart bracelets, various enterprises have entered. Nowadays, when it comes to smart wearable PCB devices, the first thing people think of is: smart watches, smart bracelets and smart glasses. These wearable devices are also very rich in functions, covering many aspects such as social interaction, entertainment, navigation, fitness, etc. Among them, the demand of health management is undoubtedly the most prominent, revolutionary and most recognized by the public.
With the development and maturity of sensor, Internet of Things, AR, vr and other technologies, people are no longer satisfied that wearable devices only stay in the detection and management of health indicators, but further apply wearable technology to the medical industry and use it as a technical solution to intervene and assist medical treatment. Therefore, wearable PCB medical equipment came into being, and quickly became a breakthrough of intelligent medical treatment.
Medical wearable PCB devices have many development directions, the first of which is wearable medical delivery devices. This device integrates medicine storage and delivery, and has a small volume. It can store data and deliver medicine to human body, thus alleviating the pain of patients and improving their comfort. The detection of real-time data can also effectively reduce the occurrence of medical accidents.
The development of wearable medical delivery equipment has unlimited prospects. But how to stand out in design and improve the comfort of patients? How to ensure the safety of wearable devices in material selection? How to keep the cost advantage while having comfort and safety, and seize the opportunity in the market competition?
