Technical Specifications
Every batch of custom piezo components undergoes production control such as impedance and resonance frequency analysis.
Validation Reports: We provide detailed test reports for instance (fs, fp, and d33 parameters) to ensure that the physical components match your simulated hardware requirements.
Narrow Tolerances: Our quality control ensures dimensional contol and precision down to a few um, guaranteeing seamless integration into your application.
| MATERIAL | TYPICAL APPLICATION | DIELECTRIC (K33ᵀ) | COUPLING (Kp) | PIEZO (D33) |
|---|---|---|---|---|
| PZT-4 | High Power / Sonar | 1300 | 0.58 | 295 |
| PZT-5 | High Sensitivity / Med | 1700 | 0.60 | 380 |
| PZT-8 | High Power / Ultra | 1000 | 0.50 | 225 |
* The values above are typical material properties for Single Layer Ceramics and serve as examples. All components can be customized to your specific dimensional and frequency requirements.
High-Precision Manufacturing &
Narrow tolerances
We specialize in the production of small-scale piezoelectric components where dimensional accuracy is critical.
Our manufacturing process is optimized for custom shapes, including discs, rings, and tubes, tailored to your specific hardware design.
By focusing on narrow tolerances, we ensure that each component integrates seamlessly into high-end acoustic systems and medical probes.
From Simulation to Prototype
The Path to Optimal Resonance
Our core competence is bridging the gap between raw material data and real-world performance through advanced simulation.
Instead of relying on trial-and-error, we can simulate the resonance frequency of your component based on its intended dimensions.
Based on these simulations, we can suggest dimensional adjustments to ensure your target frequency is met with maximum efficiency.
