Transducer manufacturing core
Due to the weak tensile strength of piezoceramics, when the transducer undergoes ultrasonic vibration, static compressive preload must be applied to prevent the piezoceramic from experiencing tensile stress. Additionally, the preload ensures good contact at the piezoceramic interfaces, allowing sound waves to transmit with minimal loss. The compressive preload must be sufficient to prevent the piezoceramic from undergoing ultrasonic tensile stress and to prevent lateral slippage of the piezoceramic. The magnitude of the preload during the fabrication of ultrasonic transducers plays a decisive role in quality.
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Finally, an homogenizer that can emulsify our high-viscosity formulations without overheating or degrading the delicate compounds.
It has cut our cell lysis protocol time in half compared to mechanical methods, and the yield is significantly higher and purer.
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