Benefit

    Core Technology: Combines a single board computer with a cutting-edge MEMS sensor.

    Key Features: Low noise, low drift, and low power consumption.

    In-house hardware and software development for optimized performance.

    Impact: Real-time, accurate vibration monitoring that overcomes limitations of expensive imported sensors.

    Measurement Ranges: Selectable ranges: ±2 g, ±4 g, and ±8 g.

    Sensitivity: ±2 g: 256,000 LSB/g, ±4 g: 128,000 LSB/g, ±8 g: 64,000 LSB/g

    Noise & Power Consumption: Ultralow noise density: 22.5 µg/√Hz

    200 µA in measurement mode; 21 µA in standby.

    Operating Conditions: Voltage: 2.25–3.6 V (with regulators) or 1.8 V (bypassed).

    Temperature: −40°C to +125°C.

    Innovation: In-house integration enables higher accuracy and customizability.

Strength

Structural health monitoring for buildings, bridges, and infrastructure

Vibration analysis for traffic, construction, industrial machinery

Earthquake and seismic vibration detection

Fall detection systems

Inertial measurement units and platform stabilization systems

TUSHM can be tailored to meet specific user requirements


Versatile Vibration Monitoring for Diverse Applications

Structural Monitoring During Natural Disasters

Capable of monitoring vibrations caused by natural hazards such as earthquakes, storms, or landslides across all types of structures — including buildings, bridges, towers, and infrastructure — to assess their stability in real-time.

Industrial Machinery Vibration Analysis

Accurately tracks vibrations from industrial machines to identify abnormal behavior, prevent mechanical failure, and support predictive maintenance strategies in manufacturing or production facilities.

Vehicle Vibration Detection

Monitors vibration patterns generated by different types of vehicles — such as trucks, trains, or heavy equipment — to evaluate roadway impact, mechanical condition, or transport safety.

Construction Activity Monitoring

Measures vibrations resulting from construction activities like drilling, piling, and demolition to assess impact on surrounding structures and ensure compliance with safety regulations. 

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