Data Foresees Failures, Intelligence Guards the Future
Advanced Horizon: Pioneering Fault Prediction, Guardian of Industrial Safety!
About Advanced Horizon
We are a technology company dedicated to predictive maintenance and intelligent manufacturing optimization for industrial equipment. We are committed to delivering full-stack equipment health and quality co-management solutions for manufacturing enterprises through the integration of artificial intelligence, high-precision sensing, and edge computing technologies.
In highly automated production environments, an unexpected downtime, an undetected minor degradation, or a transient anomaly that cannot be reproduced may trigger a chain reaction, leading to significant financial losses and delivery risks. Traditional 'scheduled inspections' and 'reactive repairs' can no longer meet modern factories' extreme demands for efficiency, stability, and quality.
We deeply understand this pain point—and we were founded to solve it.
Predictive Equipment Condition Analysis System
Leveraging high-precision current waveform analysis, AI deep learning, and edge intelligent computing, we build an end-to-end predictive system covering 'equipment performance—equipment health—product quality,' enabling equipment to 'speak,' maintenance to be 'visible,' and quality to be 'traceable.'
Explore Our AI Solutions for Manufacturing
Our solutions are based on a predictive analytics system using high-precision current sensors, enabling real-time monitoring of motor-driven equipment operation and accurate prediction of potential failures through AI algorithms.
Automotive Industry
In automotive production lines with dense large-scale equipment such as stamping, welding, and painting, the system continuously monitors critical equipment like robots and presses, providing early warnings—weeks in advance—of potential failures such as servo motor degradation in robotic arms or hydraulic system leaks.
3C Industry
Facing the industry characteristics of short product lifecycles and frequent production line reconfigurations, the system can quickly adapt to new equipment and processes. By analyzing current waveforms, it monitors the performance consistency of precision assembly robots in real time, issuing timely alerts upon detecting minor deviations.
Semiconductor Industry
In wafer fabrication and packaging processes highly sensitive to vibration, temperature, and humidity, the system monitors minute operational fluctuations of ultra-precision equipment such as lithography and etching machines with millisecond-level accuracy, providing data assurance for maintaining stable high yield rates.
Building Materials Industry
For the harsh high-temperature, high-dust environments found in cement and glass manufacturing, the system uses specially protected hardware to reliably monitor the health of kiln drive systems, large fans, and other critical equipment, identifying load changes and mechanical wear through motor current signature analysis.