In the highly precise world of industrial automation, there has long been a dilemma of choice: either pay a high cost for the reliability and high performance of absolute values, or compromise with the limitations of incremental approaches while adhering to the control budget. This is like a technological chasm that lies between ideals and reality, causing many manufacturing enterprises seeking upgrades and changes to hesitate. It was not until the emergence of AMEC that this gap began to be bridged.

It is not a simple improvement along the established path, but rather a re-conception from the very root. The significance of AMEC's innovation lies in its pioneering breakage of the nearly solidified "performance-cost" balance in the industry. It presents the reliability of closed-loop control represented by absolute value encoders, power-off position memory, and anti-interference capabilities in an unprecedentedly friendly manner, making it no longer exclusive to high-end equipment but capable of being widely applied in broader automation scenarios. Behind this, is the most practical and profound response to "cost reduction and efficiency improvement" - it transforms the upgrade of precise control from a complex calculation problem into a clear and inevitable choice.

The true breakthrough stems from deep autonomy. AMEC's "intelligent core" is jointly constructed by self-processed chips and FPGA hardware acceleration algorithms. This is not only for achieving technological autonomy, but also for obtaining ultimate freedom in reliability and performance optimization. It ensures that at the lowest level of signal processing, it can achieve rapid, stable, and autonomous controllability.

And its "intelligence" is manifested in the dynamic self-optimization process. Through deep AI training and dynamic verification, AMEC has the ability to continuously learn and fine-tune during operation. Combined with automatic gain and bias control, it can actively adapt to changes in the environment and load rather than responding passively. The segmented temperature compensation technology is like a tailor-made "protective suit", ensuring that the accuracy remains unchanged even under complex temperature fluctuations in various working conditions. Coupled with its inherent excellent electromagnetic compatibility (EMC), these elements together form the foundation for its stable operation in harsh industrial environments.

At the same time, AMEC also has the characteristics of "ready-to-use upon installation and continuously improving with use", which is a direct manifestation of its intelligent design. It is no longer a delicate instrument that requires meticulous care, but has become a reliable partner that works silently without causing any disruption on the production line. On the five-axis machining center of a precision machine tool enterprise in Jiangsu, AMEC has demonstrated its stability under extreme working conditions: during a continuous 72-hour heavy-load cutting test, the position repeatability accuracy remained within ±2 microns, and the temperature drift was controlled below 0.5 microns/℃ - such performance has reached the level of top-notch international brands' high-end products, while the price is only one-third of it.

Therefore, AMEC represents much more than just a better component option. It is a new possibility: allowing more production lines to embrace absolute reliability and intelligent convenience at a reasonable cost; enabling engineers to pursue system optimization more freely without being constrained by costs when designing. It is quietly changing the upgrading path of Made in China - from being a forced "alternative choice" to an active "preferred choice".



This is the AMEC absolute value magnetic encoder – it does not participate in the competition under the old rules. It is quietly defining new standards. In the never-ending manufacturing journey towards precision and efficiency, the arrival of AMEC makes accuracy both outstanding and accessible. As more and more devices start to adopt this "both-and" solution, we might discover that the long-standing boundary between performance and cost in the industrial control field is gradually blurring and disappearing. And this is precisely the most meaningful footnote of technological innovation – not allowing a few people to enjoy top-notch technology, but making excellent technology accessible to the entire industry.