Flexible sensors empower consumer electronics
Flexible sensors empower consumer electronics and continuously break through innovative new applications in the field of consumer electronics.
Customized Solutions for consumer electronic sensors
We, Flexniss, can be customized according to the specific needs of customers. Consumer electronic products include but are not limited to smartphones, tablets, household appliances, wearable devices, etc. Sensor customization schemes may involve adjusting the performance parameters, size, interface, software compatibility, etc. of the sensor to ensure that they can be perfectly integrated into the customer’s equipment design and meet specific functions and performance requirements.
Brief Introduction to the application of consumer electronics industry
True Wireless Stereo Earphones
Flexniss sensors can be used in wireless stereo earphones to track ear position, detect pressure changes, and improve sound quality by optimizing noise-cancellation features based on environmental conditions.
Smart Stabilizers for Cameras
Our sensors enable advanced stabilization features in camera stabilizers by detecting subtle movements and compensating for them, resulting in smoother footage for both amateur and professional videographers.
Smart Bracelet
The smart bracelet sensor is a device built into the smart bracelet to collect and monitor the user’s physiological data and daily activities. By applying advanced sensing technology, the smart bracelet sensor can track the user’s steps, heart rate, sleep quality, blood oxygen saturation and other health indicators to help users understand their physical condition and living habits.
Folding Screen Phone
The folding screen market is hot, and the industrialization of flexible sensors is coming.
Huawei Mate X, ZTE Nubia flexible screen wristband, Samsung Galaxy Fold… Recently, major brands of folding screen mobile phones, flexible wearable electronics and other smart devices have emerged one after another.
Using flexible sensors and conductors, scientists can convert external forces or heat into electrical signals and transmit them to the robot’s computer for signal processing, so that they can be made into transparent, flexible, stretchable, freely bendable and foldable electronic skins, so as to accurately monitor various indicators of the human body in real time.
Smart Reading Pen
The reading pen is an innovative educational tool. By interacting with printed materials (such as picture books, textbooks, etc.), it can provide voice guidance, pronunciation demonstration, interactive games and other functions to help children learn languages, reading and other disciplines.The reading pen has a built-in photoelectric sensor. When the user brings the reading pen close to the coding area on the printed material, the photoelectric sensor will perceive and capture the coded optical signal.
