How Do Voltage, Frequency and Waveform Affect Piezoelectric Pump Performance?
Your new piezoelectric pump isn’t hitting the flow rate on its datasheet, causing project delays. The problem isn’t the pump alone, but the driver’s voltage, frequency, and waveform, which must be perfectly matched. Piezoelectric pump performance depends entirely on its driver. Drive-voltage amplitude affects diaphragm displacement, frequency determines operation near resonance, and waveform influences efficiency […]
How to Choose a Micro Pump for Laboratory Analytical Instruments?
Choosing the wrong pump ruins instrument data, leading to costly errors. This practical guide ensures you select the right micro pump for accurate analysis from the start. To choose the right micro pump, you must consider the fluid type for material compatibility, required flow and pressure for performance, and duty cycle for lifetime. Analyzing the […]
How Are Piezoelectric Pumps Used in Automated Pipetting Systems?
Manual pipetting is slow and error-prone. In modern labs where accuracy is everything, these inconsistencies risk failed experiments and wasted resources, but traditional pumps often limit miniaturization and efficiency. Piezoelectric pumps are increasingly used in automated pipetting systems. Their precise micro-volume control, compact size, low power consumption, and quiet operation make them ideal for the […]
Piezoelectric Pump vs. Micro Diaphragm Pump: Which is Right for Your Project?
Your project requires a micro pump, but the choice between diaphragm and piezoelectric technology has your team stalled. In the world of highly integrated devices, this isn’t just a component choice—it’s a decision that defines your product’s final form factor, performance, and user experience. The best pump is determined by your primary design constraint. Micro […]