Vitrek GaGe provides cutting-edge digitizers and data acquisition solutions designed to meet the demanding needs of industrial environments. Our technology enables precise monitoring and analysis of critical systems, supporting applications such as factory automation, power quality assessment, motor control, and process optimization. With deep memory, ultra-fast sampling, and seamless software integration, GaGe solutions ensure dependable accuracy and scalability. From heavy manufacturing to energy systems and predictive maintenance, we help engineers and technicians enhance efficiency, minimize downtime, and maintain peak operational performance with confidence.

Applications

Nuclear Reactor Tube Testing

Sensors utilized to deliver precise measurements of displacement, active vibration, position, and distance.

Application Note

Avionics Bus Monitoring

Sensors utilized to deliver precise measurements of displacement, active vibration, position, and distance.

Application Note

Improving Performance of Gas Compressors

Sensors utilized to deliver precise measurements of displacement, active vibration, position, and distance.

Application Note

Gas Turbine Monitoring

Sensors utilized to deliver precise measurements of displacement, active vibration, position, and distance.

Application Note

Plasma Coating of Airplane Parts

Sensors utilized to deliver precise measurements of displacement, active vibration, position, and distance.

Application Note
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Products

High-Speed Digitizers / Oscilloscopes

High-Speed Digitizers / Oscilloscopes

GaGe high-performance digitizers provide accurate, high-resolution signal capture with deep memory and real-time streaming, supporting advanced testing and measurement in manufacturing, process control, and industrial equipment.

Software Development Kits

Software Development Kits

GaGe SDKs provide powerful tools for integrating digitizers into industrial applications, enabling efficient process control, automated testing, and high-fidelity data acquisition for critical operations.

Use of a PC-Based Digitizer in an Ultrasonic Flaw-Detection System

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