【For Sports】PICLIA Piezoelectric Wire Sensor

Thin and highly sensitive. A wire sensor that precisely captures grip movements and vibrations.

In the fields of sports and skilled movements, accurately understanding form, force application, and the state of contact with tools leads to improved performance and the acquisition of highly reproducible techniques. Particularly in golf, fishing, racket sports, and various work movements, it is important to capture the subtle vibrations, impacts, and changes in grip that are transmitted to the hands and fingertips. The PICLIA piezoelectric wire sensor is thin and flexible like a thread, making it easy to integrate into curved surfaces such as gloves and protective gear, making it suitable for sensing hand movements and vibrations during gripping. This contributes to visualizing movements, improving form, and understanding load conditions. 【Usage Scenarios】 - Impact and contact analysis, vibration monitoring during swings in golf/baseball/tennis rackets - Bite and vibration detection during fishing movements Capturing slight vibrations and changes in pulls for sensitivity measurement - Monitoring grip state of power tools and work tools Detecting grip, vibration, and reaction force during the use of drills, impacts, grinders, etc. - Form analysis using glove-type devices Understanding the movements of the palm, fingertips, and thumb for analysis of sports and skilled movements - Datafication of skill transmission and operational training Quantifying the hand movements and sensations of skilled practitioners.

PICLIA Ribbon Dual Sensor (Piezoelectric & Capacitive)

basic information

**Features** ♦ Wire-like piezoelectric sensor ♦ Wide bandwidth (0.1 to several MHz), capable of observing vibrations over a wide area rather than just at a point ⇒ Collects low to high frequency data collectively for overall preventive maintenance of equipment ♦ Captures pressure, vibration, shock, and vital signals with a thin wire ♦ Responds to physical deformation, mounts conforming to shapes such as curved surfaces and gloves ⇒ Application examples: industrial equipment, medical, wearable, sports, etc. ♦ High sensitivity to weak signals like heartbeat and respiration (Min. 0.003N) ♦ No power supply required ⇒ Contributes to low power consumption systems ♦ Same structure as coaxial cables, capable of sensing with low noise ♦ Usable in harsh environments such as water, oil/solvents, and high temperatures ♦ Environmentally compatible from -40 to 120°C, 10 million cycles of bend resistance ⇒ High durability ♦ Integrated molding with resin (up to 120°C), including urethane, TPU, silicone, epoxy, etc.

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Applications/Examples of results

■Medical and Care (Monitoring): Behavior and health monitoring with chairs/beds/foot mats (disinfection and sterilization compatible) ■Industrial Equipment (Measurement, Predictive Maintenance): Vibration monitoring of equipment, molds, and parts ⇒ Rotation, vibration, leak (Operating in environments from -40°C to 120°C, 0.1Hz to ultrasonic range) ■Resin Parts (Predictive Maintenance): Vibration, rotation, leak, and accumulation monitoring in parts where magnet attachment is difficult, such as bearings, valves, and resin pipes Integrated molding (EVA, urethane, TPU, silicone, epoxy, etc.) ■Wearable (Measurement): Vibration monitoring in glove form (quality control, sports) ■Robot-related (Tactile): Robot motion (motion errors, arm vibration), integrated cables ■Automotive (Autonomous Driving): Detection of abnormal physical conditions (vital signs and center of gravity movement), bumper collision detection ■Security (Crime Prevention): Intrusion detection with wired networks, pest control ■Others (Structural Deterioration Detection): Deterioration detection of pillars and beams of important cultural properties *Installed by wrapping without drilling holes *For more details, please refer to the catalog or feel free to contact us.