Dytran Instruments designs advanced accelerometers, force and pressure sensors, and measurement electronics for dynamic vibration, force, and pressure testing in demanding industrial and aerospace applications.
Advanced Vibration, Force & Pressure Measurement Solutions
Dytran Instruments designs advanced accelerometers, force sensors, pressure sensors, impulse hammers, and measurement electronics for dynamic test and measurement applications. Trusted by engineers across aerospace, automotive, industrial, and research environments, Dytran products deliver accurate, reliable data for vibration analysis, structural testing, modal analysis, machine condition monitoring, and product development.
Dytran Piezoelectric Accelerometers
Built for high-frequency vibration testing, these AC-coupled sensors are ideal for modal analysis, structural testing, and precision vibration monitoring in demanding environments.
Dytran DC MEMS Accelerometers
Offering stable, low-frequency or static acceleration measurement, these DC-coupled sensors support applications such as tilt monitoring, structural health analysis, and low-speed motion tracking.
Dytran Dynamic Force Sensors
Engineered to capture fast, transient force events, these sensors deliver high-resolution measurements for structural analysis, process monitoring, and dynamic impact testing.
Pressure Transducers
Designed for real-time pressure monitoring in hydraulic, pneumatic, and industrial systems, these sensors perform reliably in harsh and dynamic test conditions.
Dytran Impuse Hammers
Used for modal and structural testing, these hammers generate precise impact forces with integrated sensors for accurate excitation and response analysis
Dytran 3055D & 3056D Series Accelerometers
The Dytran 3055D and 3056D Series are rugged, hermetically sealed IEPE accelerometers designed for reliable vibration measurement in laboratory, industrial, and aerospace applications. Their wide frequency response, durable titanium construction, and proven performance make them ideal for dynamic testing, modal analysis, and machine condition monitoring.
Wide Frequency Response
Delivers accurate vibration measurements across a broad frequency range for dynamic testing and modal analysis.
Hermetically Sealed Titanium Housing
Rugged titanium construction provides exceptional durability and long-term reliability in demanding environments.
General-Purpose Performance
Ideal for vibration testing, structural analysis, machine monitoring, and laboratory research.
Enhanced Features
Integrated electronics simplify installation while providing stable, low-noise signal output for accurate data acquisition.
Need More Support?
Learn more about our full-service solutions and systems to help you every step of the way.