Today, with the vigorous development of industrial automation and intelligent manufacturing, magnetic sensors, as key basic components, their technical level is directly related to the upgrading process of the entire manufacturing industry. For a long time, China's magnetic sensor industry has been trapped in a "low-end internal competition" predicament: over 90% of the high-end market share is monopolized by German and Japanese enterprises, while hundreds of domestic manufacturers are engaged in fierce price wars in the remaining mid-to-low-end market, resulting in severe product homogeneity and a continuous decline in profit margins. How to break through this predicament? There is only one answer: unswervingly follow the path of "high-end breakthrough".

In the era of intelligent manufacturing, industrial motion control systems are facing unprecedented challenges in terms of precision and reliability. As a core sensing component of industrial automation, the performance of the encoder directly affects the overall performance of the control system. The advent of the AMG5000 absolute value magnetic grating encoder is triggering a precision revolution in the global industrial control field, providing modern manufacturing with smarter and more reliable position feedback solutions.

In the wave of intelligent transformation in the electronics industry, high-precision motion control technology has always been one of the core driving forces. As a key component of the position feedback system, the performance of the encoder directly determines the positioning accuracy, operational efficiency and reliability of the equipment. In recent years, absolute value magnetic grating encoders have been gradually replacing traditional photoelectric encoders and becoming the preferred choice for high-end electronic manufacturing equipment, thanks to their unique anti-interference ability, environmental adaptability and power-off position memory function. In this field, Shenzhen Tianxian Digital Intelligence has launched the AMDA2000 long-stroke dual-channel absolute value magnetic grating encoder. With its breakthrough technological innovation and outstanding engineering performance, it not only fills the gap of domestic high-end encoders but also sets a new technical benchmark in key performance aspects.

Against the backdrop of continuously increasing cost pressure in the current industrial automation field, enterprises are confronted with a seemingly unsolvable problem: they must not only control the constantly rising production costs but also meet the market's higher demands for equipment precision and reliability. This dilemma has left many manufacturers in a dilemma of "cost reduction or quality improvement", but the series of economical incremental magnetic grating encoders launched by Shenzhen Tianxian Digital Intelligence/Cizheng Intelligence have provided a breakthrough solution to this predicament.

Significant progress has been made in the research and development of domestic photolithography machines in recent years, especially in extreme ultraviolet (EUV) photolithography technology, deep ultraviolet (DUV) photolithography technology and super-resolution photolithography technology.

The motion control system of humanoid robots is undergoing a silent revolution. When we marvel at the smooth and natural movements of modern humanoid robots, few people realize that behind this is the combined result of a series of breakthroughs in sensor technology, especially in the field of magnetic sensors. These technological advancements are blurring the line between machines and life, enabling cold machinery to possess motor intelligence similar to that of living organisms.