Humanity is now at the starting point of a new round of transformation in industrial civilization. In the past, machines extended human physical strength; today, data and algorithms are extending human judgment. On this path from "automation" to "intelligence", precision is no longer a static measurement but a dynamic and evolving system capability. Tianxian Digital Intelligence / Cizheng Intelligent is leading the way with "algorithms" as its soul and "precision control" as its pulse, pushing magnetic sensing technology to a brand-new height - we are not only measuring the world but also actively participating in a global reconstruction of control efficiency and manufacturing intelligence.

Modern industrial systems are becoming increasingly complex, and the demands for control have exceeded the boundaries of traditional technologies. How can industrial robots achieve "micron-level" smooth trajectories during high-speed movement? How can new energy battery foil cutting achieve "zero burr" perfect cutting? How can semiconductor lithography machines maintain "zero jitter" stable operation at the nanoscale?

The underlying issues are systemic challenges such as vibration, temperature drift, electromagnetic interference, and mechanical wear. Traditional control modes rely on fixed compensation models and lagging error correction, which are no longer sufficient to cope with the constantly changing dynamic environment. Industry needs a more sensitive "eye", a smarter "brain", and a more agile "neural reflex system".

The solution: Algorithm as the core, magnetic control as the foundation, reshaping the underlying logic of control.

The answer lies in upgrading the essence of control from "passive response" to "active anticipation". The challenges posed by vibration, temperature drift, electromagnetic interference, and mechanical wear constitute a systematic problem. Traditional control modes rely on fixed compensation models and lagging error correction, which are no longer sufficient to cope with the constantly changing dynamic environment. Industry needs a more sensitive "eye", a smarter "brain", and a more agile "neural reflex system".

The breakthrough solution: Algorithm as the core, magnetic control as the foundation, reshaping the underlying logic of control.

The answer lies in upgrading the essence of control from "passive response" to "active anticipation". The FMG3000/FMGZ series, AMEC/AMEK series absolute magnetic grating encoders, embody this concept. They are not ordinary components, but "intelligent nodes" deployed at the forefront of motion control.

FMG3000/FMGZ series: Born for extreme control

For high-speed and high-precision application scenarios, the built-in FPGA hardware acceleration algorithm of these series creates a nearly zero-delay control loop, ensuring that every position command is responded to instantly. And the AI deep training technology enables it to learn and predict the error trends of the system in complex movements, achieving the leap from "correcting errors" to "anticipating and avoiding errors".

AMEC/AMEK series: Coming from adaptive control

In domains with variable conditions, their segmented temperature compensation technology achieves full-time precision stability across temperature ranges. The automatic gain and bias functions enable the equipment to have "self-setting" intelligence, significantly reducing the reliance on manual debugging and truly achieving "precise at power-on, long-term maintenance-free".

"Precision-driven for the future" means that our technology is becoming the enabler for the evolution of multiple key industries.

In the field of robotics, our encoders are the "neural centers" of joints that achieve high-speed and high-precision collaboration; on the production lines of new energy vehicles, they are the keys to ensuring the quality of precise manufacturing of batteries and motors; in semiconductor equipment, they are the foundation for nanoscale positioning in processes such as lithography and chip bonding; in smart logistics systems, they are the invisible engines that drive precise and efficient sorting and handling.

From the precise windward movement of wind turbine pitch adjustment, to the perfect trajectory of laser cutting, and to the unmanned and precise operations in smart agriculture - Tianxian Digital Intelligence's "algorithm + precision control" model is like the intelligent blood flowing in the modern industrial system, silently driving the global industry towards a more efficient, more precise, and more sustainable future.

Precision has no end, and control has no limit.

Tianxian Digital Intelligence/Magnetic Precision Intelligence are willing to be the practitioners and companions of "algorithm reshaping the world and precision control driving the future". We firmly believe that when the physical limit of magnetic sensing and the infinite potential of intelligent algorithms are deeply integrated, what we bring to the world will not only be better products, but also a new possibility of control, and a more efficient, precise, and intelligent industrial new era.