With the rapid development of optical fiber communication technology, the application of many new technologies has been expanding. On the one hand, the needs of the Internet of Things and other aspects have promoted the continuous development of optical fiber communication technologies to large-capacity, long-distance, and high-speed transmission requirements. On the other hand, they have also made optical fiber interconnections. The demand for devices and fiber optic sensors has risen dramatically, which has greatly stimulated the development of fiber optic sensors, development and production.
With the increasing application possibilities of traditional terminal markets and the emerging opportunities in new application areas, it is predicted that by 2020, the global fiber optic sensor market is expected to reach US$3.5 billion.
Optical fiber sensors have attracted close attention and great attention from all countries in the world for their superiority and wide application. They have also actively studied and developed them. At present, optical fiber sensors have achieved displacement, pressure, temperature, speed, and vibration. Measurement of more than 70 physical quantities such as liquid level and angle.
According to the data, from the perspective of China's overall sensor field, the rate of development of new sensors is nearly 10 years behind that of the US and Japan, and the level of industrialization is 10-15 years behind. About 60% of sensor parts in China rely on imports. The core chip relies on imports up to 80%, and the MEMS sensors used in the Internet of Things are almost all dependent on imports.
However, in terms of fiber-optic sensing technology alone, the research results of China’s researchers in the field of fiber-optic sensing technology are very close to the world’s advanced level, and the gap is continuously narrowing, and the process of localization is accelerating.
Recently, Guangdong Shenzhen Boxun Feiyang Technology announced that its technical team has successfully developed the world's first flexible fiber optic sensor and officially put into production.
Compared with conventional rigid sensors and flexible resistance sensors that are monopolized by companies in the United States and other countries, Boxtronic's flexible optical fiber sensors have anti-electromagnetic interference, high accuracy, fast response, good repeatability, high stability, and ultra-low cost. Advantages, can be used for body wear, smart home, VR data gloves, human motion capture and other fields.
In actual use, the traditional rigid sensor can not meet the requirements of the application scene such as close to the human body, while the traditional flexible resistance sensor has the advantages of good fatigue resistance, but poor repeatability, poor stability, low precision.
The company's founder, Yin Leqiong, integrated resources for production, research, and social capital. After years of efforts, the flexible optical fiber sensor successfully developed overcomes the shortcomings of traditional rigid and flexible resistance sensors, and has been certified to the world's leading level. Sensors with ultra-high precision and high signal strength, have independent intellectual property rights.
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