Raw materials | Components
Actuator Level | Motor Level
Positioning platform / system
The Curie brothers discovered the piezo effect.
The piezo effect of BaTiO3 was discovered.
Lead zirconate titanate (PZT) was discovered and became the most widely used piezoceramic material.
laminated ceramics have been widely applied.
Mechanical energy is converted into electrical energy.When certain materials are subjected to pressure or tension along specific directions, electric charges appear on two opposite surfaces as deformation occurs; when the external force is removed and the deformation disappears, the material returns to an uncharged state.Electrical energy is converted into mechanical energy.Conversely, applying an electric field in the polarization direction (on the two surfaces where charges are generated) causes mechanical deformation.These two phenomena are like how engines and motors achieve mutual conversion between electrical and mechanical energy.
Long service life Sub-nanometer resolutionHigh thrust up to 2000NSimple Structure, Compact SizeSuitable for Vacuum and Non-Magnetic Environments
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Decoupling, Guidance, and Motion AmplificatioHigh Rigidity, High Load CapacityZero Play, Zero Wear, Zero Maintenance
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Multi-Dimensional Piezoelectric Drive Modules Coupled DrivingFriction-Driving Mechanism with Wear-Resistant Materials at Contact PointsFull-Step Operation + Analog Signal Driving ModeHigh driving force, strong holding force, macro-micro integrated motion, high precision, slow speed, and low driving efficiency.
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The stick-slip driving mode achieves stepping motionSwitching between static and dynamic friction for driving. Stepping mode + analog signal drive modeIntegrated macro-micro motion with high precision and speed, but relatively low driving force and holding torque.
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The entire industrial chain of piezoelectric ceramics, from powder materials to complex positioning products, is all independently produced.
Based on the customer's requirements, a comprehensive technical system, R&D system and product testing system, as well as a reliability, lifespan and quality design system for the product platform have been established.
We have research and development collaborations with major piezoelectric research institutions both at home and abroad. We apply the technology on a large scale to domestic advanced intelligent production lines and also use it in major scientific facilities.
The engineering design process is highly flexible, allowing for flexible adjustments to the plans and procedures based on actual circumstances; the delivery cycle is short, and it can be quickly delivered through efficient management and collaboration.
The product development team has rich engineering experience and possesses the comprehensive independent development capabilities for piezoelectric products, ranging from material development to the development of piezoelectric drive controllers. This includes the development of piezoelectric ceramic components, multi-layer piezoelectric actuators, packaging modules, motors, motion modules, and multi-axis platforms.
Comprehensive technical support and consulting services throughout the entire process; 8 service outlets across the country including (Beijing, Hefei, Suzhou, Chengdu, Shanghai, Wuhan, Guangzhou, Shenzhen)
