Engineering expertise across multiple industries
Vibration measurement requirements vary widely between industries, operating environments and testing objectives. DJB Instruments works closely with engineers, researchers and manufacturers to provide measurement solutions suited to specific application challenges.
Each application area highlights typical measurement considerations, commonly used sensors and practical engineering solutions developed through decades of real-world testing experience.
Select an application area below to explore recommended technologies, services and technical resources.
Measurement solutions supporting aircraft development, launch qualification and satellite testing in extreme vibration, temperature and vacuum environments.
Accelerometer solutions for vehicle refinement, powertrain development and high-temperature exhaust and turbocharger testing.
Reliable vibration monitoring for rotating machinery, power generation and industrial assets where early fault detection protects performance and uptime.
Low-mass sensors designed for human interaction studies, wearable measurement and performance or exposure analysis.
Precision vibration sensors for demanding aerospace testing and monitoring applications. Designed for accurate measurement across structural, acoustic and high-temperature environments.
Signal conditioning and measurement instrumentation designed to preserve data accuracy from sensor through to acquisition and analysis systems.
Low-noise cables, connectors and mounting accessories engineered to maintain signal integrity in harsh testing and operational environments.
We offer a custom cable assembly service with a wide choice of connectors and cable types, including low-noise and armoured options. With diameters starting at just 0.8mm and temperature-resistant materials available, cables can be built to suit a wide range of applications.
Our in-house calibration facilities are traceable to National Standards and support both OEM and non-OEM accelerometers and related instrumentation. We provide fast, accurate calibration to help maintain reliable measurements and long-term performance.
Choose the right sensor for your application
Understand how sensitivity, frequency range, mounting method and operating environment influence accelerometer performance.
Maximise measurement accuracy through correct installation
Learn how mounting techniques influence frequency response, signal quality and overall test reliability.
Engineering knowledge supporting accurate measurement
Access application notes, technical guidance, and reference material covering accelerometer selection, mounting methods, instrumentation considerations, and vibration measurement best practices.
