Recently, three of our independently developed industrial digitalization software products have successfully obtained Computer Software Copyright Registration Certificates from the National Copyright Administration of China (NCAC), marking another significant milestone in our commitment to technological innovation and intelligent manufacturing.
The three newly registered software products focus on three key areas: intelligent flexible manufacturing infrastructure, closed-loop control for high-precision manufacturing, and digital twin technology for smart factories. Together, they form a comprehensive, three-tier intelligent manufacturing architecture encompassing foundational support, production control, and advanced digital applications.
This integrated software portfolio is designed to meet the growing demands for flexibility, precision, and intelligence in advanced manufacturing.
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1. HF-AIF Intelligent Integrated Flexible Manufacturing Platform V1.0
The HF-AIF Intelligent Integrated Flexible Manufacturing Platform V1.0 is designed to provide a robust software foundation for intelligent production lines operating in highly dynamic, high-concurrency environments.
Moving beyond the limitations of traditional static resource management, the software integrates intelligent dynamic scheduling, autonomous mobile robot (AMR) fleet coordination, millisecond-level responsiveness, and flexible adaptation to diverse production scenarios.
Powered by proprietary algorithms, HF-AIF establishes a fully closed-loop manufacturing decision-making framework, delivering command response times of ≤500 ms and supporting the concurrent coordination of hundreds of industrial devices.
The platform also features self-learning and self-optimizing algorithms, minimizing the need for frequent manual parameter adjustments. It can dynamically adapt to complex manufacturing environments involving multiple product variants, fluctuating production volumes, and variable workloads.
By combining high-performance scheduling with continuous algorithm optimization, HF-AIF provides a stable, reliable, and scalable software foundation for flexible intelligent manufacturing.
2. HF-FCAMS Flexible Manufacturing and Control System V1.0
The HF-FCAMS Flexible Manufacturing and Control System V1.0 is specifically developed for high-end precision manufacturing, enabling refined production management and control throughout the entire manufacturing process.
The system addresses the limitations of conventional open-loop and partially closed-loop workflows, typically characterized by sequential machining, inspection, and rework operations.
Instead, HF-FCAMS establishes a comprehensive intelligent closed-loop control framework integrating real-time sensing, dynamic decision-making, precision execution, and continuous data feedback.
Compatible with mainstream industrial communication protocols, the system delivers high-speed data acquisition response times of ≤100 ms and ultra-precise error compensation capabilities of ±0.001 mm, supporting unmanned, adaptive machining of precision components.
HF-FCAMS also enables seamless integration with existing Manufacturing Execution Systems (MES), Cyber-Physical Systems (CPS), and Industrial Internet of Things (IIoT) platforms.
Its flexible integration capabilities allow manufacturers to deploy the system rapidly without extensive modifications to existing production lines.
By enhancing machining accuracy, process stability, and operational efficiency, HF-FCAMS helps manufacturers accelerate digital transformation, shorten implementation cycles, and reduce production line modernization costs.
3. HF-Dtwins Digital Twin Platform V1.0
The HF-Dtwins Digital Twin Platform V1.0 is an integrated 3D visualization and intelligent management platform designed for smart factory applications.
Covering multiple levels of manufacturing operations, from individual production cells and production lines to workshops and entire factories, the platform provides comprehensive digital visibility and operational insights.
HF-Dtwins integrates a wide range of advanced capabilities, including:
- Real-time synchronization between physical and virtual environments
- Manufacturing process simulation and optimization
- End-to-end process monitoring
- Predictive equipment anomaly detection
- Production process analysis and historical review
Built on a standardized, layered architecture, the platform consolidates production data from programmable logic controllers (PLCs), sensors, industrial robots, precision inspection equipment, and other industrial assets.
Through its dual-engine technology, HF-Dtwins enables 1:1 digital mapping and real-time synchronization of physical manufacturing environments, creating a highly accurate virtual representation of actual production operations.
The platform enables manufacturers to monitor real-time operating conditions, identify potential equipment issues before failures occur, and optimize manufacturing processes and production scheduling through simulation.
By addressing common challenges such as limited production visibility, delayed operational responses, and insufficient data support for process optimization, HF-Dtwins empowers manufacturers to improve operational transparency, enhance production efficiency, and make more informed, data-driven decisions.
It provides a powerful digital foundation for lean operations and intelligent decision-making across all levels of smart manufacturing.
Advancing Intelligent Manufacturing Through Independent Innovation
The successful registration of these three software copyrights represents an important milestone in our continued investment in advanced intelligent manufacturing and independent technological innovation.
It also demonstrates our growing in-house R&D capabilities and technical expertise in flexible production scheduling, precision manufacturing control, and digital twin visualization.
Looking ahead, we will continue to strengthen our presence in the digital transformation of advanced manufacturing, increase investment in research and development, and further expand and upgrade our proprietary industrial software portfolio.
Guided by the practical needs of high-end precision manufacturing, we remain committed to delivering independently developed, high-performance, and reliable intelligent manufacturing solutions.
Through continuous innovation and technological advancement, we aim to help manufacturers improve productivity, enhance product quality, optimize operational efficiency, and achieve high-quality development.
