Related to Patents
• Naxin Microelectronics Obtains Patent for Testing Device: According to the news from JRJ.com on May 10, 2025, Suzhou Naxin Microelectronics Co., Ltd. has obtained the patent for the "Testing Device" (Authorization Announcement No. CN222837727U). This device can improve the testing accuracy and reliability of pressure sensors in high and low temperature testing environments.
• Zhejiang Fule New Materials Obtains Patent for Pressure Sensor: According to the news from JRJ.com on May 10, 2025, Zhejiang Fule New Materials Co., Ltd. has obtained the patent for the "Pressure Sensor" (Authorization Announcement No. CN222837715U). Its design improves the versatility and calibration consistency, which is beneficial for reducing calibration interference when used on curved surfaces.
• Mianyang Inspire Technology Obtains Patent for Blanking Device for Manufacturing Pressure Sensor Diaphragm: According to the news from JRJ.com on May 10, 2025, Mianyang Inspire Technology Co., Ltd. has obtained the patent for "A Blanking Device for Manufacturing Pressure Sensor Diaphragm" (Authorization Announcement No. CN222831990U), which solves the problems of human resource consumption and efficiency in the production of existing pressure diaphragms.
Related to Enterprises
• Nanjing WoTian Technology Expands Overseas Market: Nanjing WoTian Technology Co., Ltd. is a leading domestic manufacturer of pressure sensors, with an annual output of four million pressure sensors. Its products are exported to more than 80 countries and regions. Recently, dozens of its products have entered the online special zone of Nanjing Premium Products, which will accelerate the exploration of emerging markets.
Related to Technical Research
• Research Progress of a New Flexible Pressure Sensor by Northwestern Polytechnical University: The research group led by Professor Wang Xuewen from the team of Academician Huang Wei of Northwestern Polytechnical University has proposed a new pressure sensor based on the strain effect. It shows a stable positive resistance response within the pressure range from 45 Pa to 4.1 MPa, and the sensitivity increases with the increase of pressure, providing new ideas for the design of flexible sensors in a wide pressure range.