High-End Equipment Precision Manufacturing Intelligent Industrial Technology

Precision manufacturing, as the backbone of advanced manufacturing technology, is hidden within various cutting-edge products and may not be visible, but it plays a decisive role. If we compare precision manufacturing to the capillaries of the manufacturing industry, then China can be said to have one of the most densely populated capillary regions. China possesses high-quality precision manufacturing industry clusters, which is the 'supply.' With the trend of domestic production substitution, the market's demand and requirements for precision manufacturing continue to rise, which is the 'demand.' This demand is focused on industries such as precision manufacturing, new energy, medical devices, electronic smart manufacturing, and factory automation. San Electronic Technology Co., Ltd. has always used its solid strength to deeply cultivate areas like terminal connectors, din rail enclosures, IO modules, etc., providing manufacturing enterprises with the latest manufacturing solutions, closely connecting with the terminal industry market, and offering advanced technology in line with industry trends.

At this exhibition, our company will unveil the latest IO modules to unlock precision manufacturing. IO modules are industrial-grade remote data acquisition and control modules. These modules provide functions such as passive node switch input acquisition, relay outputs, high-frequency counters, and more. IO modules can be used for data collection and various control applications. Distributed IO modules offer high reliability, cost-effectiveness, easy configuration, and convenient network wiring, making them suitable for decentralized applications, which can save time and costs in system integration,In industrial control, some input signals are continuous analog values (such as pressure, temperature, flow, speed, etc.), while some actuating devices require analog signals for control (such as electric control valves, servo motors, inverters, etc.). However, PLC processors can only handle digital signals. To enable PLCs to handle analog signals, it is necessary to implement analog-to-digital (AD) and digital-to-analog (DA) conversion between analog and digital signals. AD modules convert analog voltage and current signals from sensors into digital signals to be transmitted to the PLC. All of these highlight the superior and precise IO modules, further promoting the flourishing development of precision manufacturing.