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.

Ultra low temperature sensors, with their excellent ability to accurately sense temperature in extremely cold environments, have become an indispensable key technology in the development of multiple fields, playing an important role in promoting technological progress and ensuring production and life.

The ultra low temperature vibration sensor 914P launched by Senther Technology aims to meet the growing demand for high-precision vibration monitoring in extreme low temperature environments. As scientific research, industrial production, and space exploration continue to move towards colder and more complex environments, the demand for sensors that can work stably under ultra-low temperature conditions has become increasingly urgent. The birth of 914P has filled a key gap in this field and brought revolutionary monitoring solutions to related industries.

Accurate monitoring of water quality and solution composition is crucial in various fields of human production and life. From drinking water safety to industrial production process control, from ocean resource development to battery performance optimization, conductivity sensors are playing the role of "invisible guardians" and providing indispensable technical support for these key links.

Traditional sensing materials are often limited to the detection of a single physical quantity, while complex environmental scenarios often require multi parameter synchronous monitoring. Recently, a groundbreaking study by the City College of Zhejiang University designed a new luminescent material Sr ₂ MgSi ₂ O ₇: Eu ² ⁺/Dy ³ ⁺ (SMSO) has successfully achieved triple response of photoluminescence (PL), stress luminescence (ML), and long afterglow luminescence (PersL). PersL has been used for pressure sensing for the first time, and a programmable optical coding platform has been developed using 3D printing technology, bringing innovation to the fields of intelligent sensing and anti-counterfeiting!