The core advantage of this piezoelectric displacement meter is its ultra-high resolution, which can detect micro-displacement changes that traditional contact meters cannot capture. It adopts a non-contact piezoelectric sensing design, which will not scratch or wear the surface of soft, fragile or precision measured objects, ensuring the integrity of the measured piece during testing. The built-in high-speed data acquisition chip supports a sampling frequency of up to 10kHz, enabling real-time monitoring of dynamic displacement changes. It supports two quick installation methods, which can be deployed in narrow spaces within 5 minutes. The supporting data analysis software can automatically generate standardized measurement reports, helping users quickly sort and analyze test data, reducing the workload of post-data processing..
Measuring range: 0-50mm; Resolution: 0.01μm; Accuracy: ±0.05% F.S.; Output signal: USB 2.0 / RS485 Modbus; Protection grade: IP54; Operating temperature: 10℃~60℃; Power supply: 5V DC via USB; Probe material: PZT piezoelectric ceramic; Overall dimensions: 120mm (length) × 60mm (width) × 40mm (height); Installation method: Magnetic suction / adhesive mounting; Response frequency: 0-10kHz.
It is mainly used in precision machine tool positioning detection, semiconductor wafer alignment measurement, micro-electromechanical system (MEMS) performance testing, optical equipment axis calibration and university scientific research micro-displacement experimental research. In the precision manufacturing industry, it can detect tool tip wear and precision part deformation; in the semiconductor field, it helps achieve precise alignment of chip packaging equipment; it can also be used in medical device testing to detect micro-displacement changes of surgical instruments during operation, providing data support for medical equipment performance verification.
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