Self-Developed Technology

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Core Technology: Self-Developed

Full-Stack Dominance – From Piezoelectric Materials to System-Level Platforms

Vertically Integrated Technology Chain
01

Base Materials Layer

Mastering the complete suite of formulations, preparation techniques, and polarization processes to custom-engineer high-performance piezoelectric ceramics at the source.

02

Core Components Layer

Independently designing multilayered structures to achieve superior performance and high reliability, thereby breaking the reliance on imported high-end components.

03

Functional Module Layer

Mastering high-voltage drive and precision algorithms, we actively optimize integrated drive-and-control while providing smart safeguarding.

04

System Integration Layer

Multi-axis motion computation and active vibration suppression, delivering high-precision motion subsystems with true "plug-and-play" capability.

Full-Stack Empowerment: Four Core Advantages
Pushing Performance Boundaries
Co-design of materials and components to meet the
demands of extreme operating environments.
Rapid, Customized Response
Fully Integrated Autonomy: Agilely Transforming Concepts into Prototypes
Exceptional Reliability
Comprehensive, Closed-Loop Quality Traceability
System-Level Cost Optimization
Cross-layer co-simulation enables the
delivery of highly cost-effective solutions.
Customer-Scenario Driven Implementation
Our R&D is not done in a vacuum – it is laser-focused on the core needs of the industry.
  • Semiconductor Sector

    Addressing critical "bottleneck" challenges—such as aberration compensation in metrology and inspection equipment, and nanoscale wafer alignment—we have delivered stable and reliable piezoelectric solutions through a collaborative approach spanning materials, devices, and control systems.

  • Precision Manufacturing Sector

    To meet the exacting demands for "high speed, high precision, and high rigidity" required of motion systems in laser processing and non-standard inspection equipment, we have achieved an optimal balance between performance and footprint through the forward design of motion modules.

  • Frontier Research Domains

    In collaboration with leading laboratories, we have custom-developed a series of specialized piezoelectric actuators—engineered for extreme environments—to support major national initiatives such as quantum computing and space optics.

Mastering full-stack core technologies is the only way to empower true innovation in the national high-end equipment industry.

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