In today's global digital wave, artificial intelligence (AI) technology is accelerating breakthroughs and deeply integrating into various industries, bringing transformative impacts to all sectors. At the same time, MEMS (Micro Electro Mechanical Systems) sensors, as the sensing layer of the digital age, are facing unprecedented development opportunities. With the continuous maturity of AI technology and the rise of the concept of metaverse, MEMS sensors, as a key technology for human-computer interaction, are standing at the forefront of the rise of the intelligent industry.

The explosive development of flexible electronic products has brought significant changes to many technological and lifestyle fields, such as wearable electronic products, intelligent electronic skins for airplanes and robots, micro air vehicles, efficient energy harvesting and storage devices, human-computer interaction technology, and micro optoelectronic devices.

With the rapid development of technology, flexible sensors, as representatives of the new generation of sensor technology, are gradually changing our lives. They can bend, fold, and even fit various complex surfaces freely, achieving high-precision, real-time, and continuous data monitoring. From smart wearable devices to medical health monitoring, from human-computer interaction to industrial automation, the presence of flexible sensors is ubiquitous. This article will delve into the commonly used materials for flexible sensors, reveal the technological secrets behind these materials, and look forward to their future application prospects.

Diabetes is a common chronic metabolic disease characterized by hyperglycemia. It has become one of the major causes of death in the world. Hundreds of millions of people are affected worldwide, and about 1.6 million people die every year.

Weighing sensors, as essential components in modern industrial and automation control systems, play an important role in converting the mass or gravity signals of objects into measurable electrical signals for output. From precision electronic scales to complex industrial automation production lines, the presence of weighing sensors is ubiquitous. However, its internal working principle is often overlooked. This article will delve into the working principle of weighing sensors and reveal how they convert weight information from the physical world into electrical signals in the digital world.

Recently, our company welcomed an important client (not yet announced) who came to our company specifically for a two-day comprehensive audit. The purpose of this audit is to gain a deeper understanding of our company's sales management, technical development, production management, and quality control, in order to further consolidate the foundation of our cooperation.