The Piezo Film Sensor is a versatile sensor made from PVDF piezoelectric thick film, designed to detect a wide range of stimuli. It incorporates various sensor types embedded within a thin carrier film, featuring integrated wiring and connectors for seamless connectivity. The sensor's shape and size can be customized to suit specific applications, making it ideal for retrofitting existing systems or integration into new designs. Installation is straightforward, offering flexibility and convenience for diverse use cases.

The Piezo Cable Sensor is a highly adaptable sensor made from piezoelectric materials, designed to detect mechanical changes such as pressure, strain, or vibration along its length. It features a flexible, durable construction that can be customized in both length and diameter to fit a wide range of applications. Its robust design and versatility make it ideal for monitoring high-impact forces, structural integrity, or dynamic environments.

Our Sensor Module is specifically designed for compatibility with piezoelectric sensors, ensuring seamless integration for precise measurement. This module includes key components such as a signal amplifier, a detection system, and a data acquisition unit, all tailored to capture and process the high-sensitivity outputs from our sensors. With easy connectivity, real-time data processing, and flexibility for different sensor configurations, the module is ideal for applications requiring accurate force, pressure, and vibration sensing across various environments.

The Ultrasonic SHM System is a comprehensive solution designed to monitor the integrity of materials and components. It integrates ultrasonic transducers, which generate and receive waves to detect changes caused by defects, cracks, or wear. The system's hardware includes amplifiers, data acquisition units, and processing circuits that capture and transmit real-time data for accurate monitoring. Paired with advanced software, the system offers capabilities such as defect detection, real-time visualization, and automated diagnostics, making it an essential tool for industries requiring continuous structural monitoring and predictive maintenance.