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The "PICLIA Piezo Cable Sensor" is a thin and flexible piezoelectric sensor that achieves high heat resistance. It can be utilized in applications such as "security, wearables, medical and nursing care, robotics, sports," as well as "anomaly detection in automotive and industrial equipment." 【Features】 ◆ It is a wire-shaped piezoelectric sensor. ◆ It senses "pressure, vibration, impact, and vital signals" with a thin wire-like structure, making the sensor inconspicuous (installation transparency). ◆ It can sense through gloves or clothing due to its response to physical deformation. ◆ It has high sensitivity for detecting "weak signals" such as heartbeats and breathing. ◆ There is no need for power supply to the sensor, as it generates its own power for sensing, resulting in low power consumption. ◆ It has the same structure as coaxial cables, making it resistant to noise. ◆ It can be used even when wet or submerged in water. ◆ It offers the highest level of heat resistance as a flexible piezoelectric sensor, usable in environments up to 120°C. ◆ It can sense vibrations across a wide frequency range from a few Hz to several tens of kHz, allowing for the detection of anomalies in equipment. *Sample evaluation kits are available.

We have prepared an "evaluation kit" for you to check the performance, so please experience the newly developed PICLIA Piezo Cable Sensor! * The evaluation kit includes dedicated software for easily verifying the performance of the PICLIA Piezo Cable Sensor. It also features a volume control for adjusting the sensitivity of the piezoelectric sensor, allowing for a change in amplification rate. * The sensor can also be provided as a standalone unit (Min. approximately 300 to Max. approximately 50,000 times). * For more details, please refer to the catalog PDF or feel free to contact us.

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【Application Examples】 ■Security (Crime Prevention): Intrusion detection with wired networks, pest control ■Wearable (Biosensing): Monitoring vital signals woven into fabrics ■Medical and Care (Monitoring): Monitoring behavior and health with chairs/beds/handrails/foot mats ■Robotics (Tactile, Artificial Muscles): Tactile sensors for robotic hands, strain sensors for soft robotics ■Sports (Measurement): Vital sensing through wearables/shoes, etc. 【Sports Science】 ■In-vehicle (Autonomous Driving): Detection of health abnormalities (vital signs and center of gravity shifts), bumper collision detection 【CASE】 ■Industrial Equipment (Measurement, Prediction): Vibration monitoring of equipment ⇒ Predictive maintenance, remote maintenance ■Others (Structural Degradation Detection): Detection of degradation in important cultural property columns and beams *Installed without drilling holes *For more details, please refer to the catalog or feel free to contact us.