Zero defect product
For implantable medical device products, especially pacemakers, insulin pumps, and implantable electrodes, the demand for their quality is necessary to be a reliable "zero defect product", as even a 1% defect rate (such as electronic coil short circuits) can result in fatal outcomes. Popular electronic diagnostic instruments are also classified as "zero defect" products. For example, if commonly used products such as blood glucose meters and blood pressure monitors display incorrect numbers, they can mislead patients and cause them to miss the opportunity to go to the hospital and receive timely treatment from doctors.
Small scale medical devices
In today's world where medical techniques such as "intervention therapy" are becoming increasingly common, the demand for miniaturization of medical devices in the medical sector is growing. The increasing sophistication of digital technology has laid the foundation for the production of miniaturized electronic medical devices. The most famous among them are new electronic medical devices such as the "Swallowable Capsule Digestive Endoscope". For example, foreign manufacturers have developed "bracelet type multifunctional electronic diagnostic instruments" that can be worn on the wrist in recent years. They can be used to measure multiple important life indicators such as blood sugar, blood pressure, and heart rate. These new products have been highly anticipated by elderly consumers since their launch.
Long life battery
There are many medical equipment products on the market that use batteries as their power source, and most batteries have the problem of short power supply time. Therefore, it is necessary for patients to replace batteries frequently, which is very troublesome. In response to this question, developed countries in Europe and America have announced new products for long-lasting rechargeable batteries that can be used for up to 10 years, saving the hassle of frequent battery replacement. Even more encouraging news is that a European company has announced a "life heat source battery" that does not require charging. It ingeniously utilizes the heat emitted by the human body as energy and converts it into electrical energy stored in the battery for use in medical devices. This new type of battery with extremely small volume is most suitable for various wearable medical device products, which can eliminate the trouble of consumers repeatedly replacing the battery.
Functional upgrade product
Currently, there is room for advancement in many medical device products on the market. For example, ultrasound is one of the commonly used diagnostic instruments in lower level hospitals or clinics. According to Western researchers, it only costs a small amount of money to install a chip in the B-ultrasound machine, which can wirelessly transmit the diagnosis results of patients' internal organs in the B-ultrasound room to the computer display screen of the attending physician's office through WIFI (or the hospital's local area network), so that the physician can understand the patient's detailed condition at the first time and make a diagnosis in advance. This can greatly save doctors' time. The existing implantable electronic medical devices such as cochlear implants also have room for improvement. If the cochlear implant circuit is upgraded, it can enable deaf and mute patients to have a very good hearing scale. If electronic medical equipment products with high sales, such as electronic hearing aids, are upgraded, they can have more functions and greatly improve the quality of life for patients.

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