Human beings perceive the world through their skin, and touch is the bridge that connects physics and cognition. Nowadays, a technology called "tactile sensors" is giving machines, devices, and even intelligent agents similar perceptual abilities. From industrial robots to medical surgical instruments, from wearable devices to future humanoid robots, tactile sensors are quietly reshaping the boundaries of human-computer interaction and automation revolution.

In the vast depths of the ocean, submarine cables carry over 95% of the world's international data traffic; In a coal mine at a depth of kilometers, the subtle deformation of the surrounding rock in the roadway may indicate the risk of collapse; A drop of crude oil leakage next to oil pipelines crossing mountains and rivers could trigger an ecological disaster. In these scenarios, a technology called "distributed fiber optic sensing" is quietly weaving an intangible perception network, using the "language" of optical signals to translate subtle changes in the environment in real time.

In many fields such as industrial automation control, automotive, seismic measurement, military, and space systems, impact acceleration sensors play a crucial and indispensable role. So, what exactly is an impact acceleration sensor? ​

In many fields such as industrial automation control, automotive, seismic measurement, military and space systems, precise measurement and control of instantaneous impact force or impact acceleration are often required, and impact acceleration sensors have emerged. It is like a sharp 'perceiver', able to quickly capture the acceleration changes of objects when they are impacted, and convert them into measurable electrical signals, providing key basis for subsequent data analysis and decision-making. ​

Dear employees and customers: International Labor Day is approaching, and all employees of Senser Technology would like to express sincere gratitude to our customers who have always supported us, as well as heartfelt respect to every hardworking employee.

At the microscopic scale that humans cannot perceive, water vapor molecules are quietly changing the physical properties of materials. The highly sensitive humidity sensor, this precise electronic device, is the "environmental sentinel" that captures these small changes. From semiconductor chip production workshops to meteorological satellites, from museum cultural relics warehouses to smart home systems, they build an intangible humidity monitoring network with nanosecond level response and one millionth accuracy.