Printed electronics technology is the electronics manufacturing technology based on the principle of printing.Electronic materials can be successfully formulated into functional inks by using printing to manufacture electronic devices and systems.
This technology has a simple production process, low raw material consumption, less investment in equipment, low-cost production and is a green manufacturing technology.
Related products having a large area and flexible characteristics, different from the traditional electronic products, has showed great development potential and broad market prospects in wearable electronics, flexible displays and lighting, flexible health care and other applications.
By 2025, all kinds of printed electronics market will reach 300 billion US dollars .
A flexible, lightweight, environmentally friendly printed electronics technology especially suitable for wearable devicehas made considerable progress in biological sensing, environmental sensing, motion sensing and printed electronics energy.
Biological sensing: Electrical sensing electrodes、EMG sensing electrodes、EEG sensing electrodes、PH sensor、Gas sensor
Environmental Sensing:Temperature sensor、Humidity sensor
Motion Sensing:Pressure sensor、Stretch sensor
- Working Voltage： 3V DC
- Maximum Capacity：26mAh
- Weight： 1.8g
- Maximum Thickness：2.7mm
- Maximum Bending Radius：30mm
- Operating Temperature：-35°~50°C
- Operating Humidity：20%~90%