Deep within systems of intelligent manufacturing, rail transit, new energy, and chemical equipment, countless pressure sensors operate day and night. Without an eye-catching appearance, they serve as the core components for detecting fluid and gas pressure changes, often referred to as the stethoscope of industrial systems. From pipeline pressure monitoring to hydraulic equipment closed-loop control, and from battery safety monitoring to vehicle braking protection, pressure sensors convert invisible pressure variations into stable and readable electrical signals.

Vision accounts for over 80% of information intake, and innovations in artificial intelligence vision can bring fundamental transformations to embodied intelligence and other technologies.

With the rapid advancement of cutting-edge technologies such as human-computer interaction, embodied intelligence, medical wearables, and soft robotics, flexible sensing has emerged as a critical medium for interaction between the physical and digital worlds, serving as the core hub that bridges real-world perception and intelligent computation.

In industries such as manufacturing, rail transit, and smart manufacturing, sensors have long served as the "nervous endings" connecting the physical world with the digital realm. For a long time, the core value of sensors remained confined to data collection: gathering physical signals like vibration, temperature, pressure, and displacement, converting real-world conditions into digital information, and then delivering it for manual review and post-event analysis.

Roots pumps, as core fluid transportation and vacuum equipment in industrial production, are widely used in chemical, metallurgical, environmental protection, pharmaceutical, and other fields. They feature stable flow rates, excellent pressurization effects, and strong adaptability.

With the rapid development of cloud computing, artificial intelligence, and big data industries, the computing power scale of data centers continues to expand, and IT equipment such as servers and switches operates at high density, leading to a significant surge in heat generation.