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Revolutionizing Observation Technology for Enhanced Insights
Innovating Vibration Analysis
Affordable Laser Vibration Measurement
Introducing the POD
(Parametric Observation Device)
Measure vibration in the displacement domain, with a 150mm standoff, while maintaining nanometer accuracy
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Lab-Quality Performance
Professional, repeatable measurements with flat, reliable response curve – delivering nanometer-level precision.
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Versatile for Every Business
Engineered for any scale, from small workshops to full production floors – consistent, dependable results every time.
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Contact-Free Precision
Perfect for lightweight parts as well as setups requiring multiple sensors. Laser-only measurements ensure accuracy without risk of damage.
Innovative High-Res Vibration Measurement
ConcurrentData is revolutionizing the sensor industry by providing an affordable laser-based vibration sensor that has a large standoff and high resolution.
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Typical Vibration Use Cases
Research Lab
Quality Control
Predictive Maintenance
Machine Health
Machine Diagnostics
End of Line Production Testing
Parametric Observation Device
Our POD projects a laser beam onto a surface and observes the reflection to measure displacement and detect mechanical oscillations.
Product Specifications
Bandwidth: ......................1 Hz to 4.5 kHz
Dynamic Range: ..............+/- 3 mm
Measurement Precision:.50 nm
Standoff: ..........................50 or 150 mm
Mass: ...............................350 g
Size: .................................186 mm x 132 mm x 63.5 mm
Power Requirements: .....5V at 300 mA
Data transfer via USB, BNC, with the option for wireless communication by Bluetooth, Cellular, or WIFI
Linear output throughout the entire measurement range
Power supply is included
Frequency domain
Price of $3,500 for our complete package, which includes the POD, Power Supply, and ConcurrentRecorder software. Shipping begins May 2026.
For inquiries or to place an order, please contact our sales department at: sales@concurrentdata.com
* OEM volume pricing available.
Concurrent Software
ConcurrentRecorder – A simple way to record time domain data from a POD or a piezoelectric sensor. Free with the purchase of a POD.
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Supported hardware:
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POD
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ICP/IEPE piezoelectric sensors
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National Instruments cDAQ units compatible with MATLAB
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The Modal Shop USB Signal Conditioner (485B39)
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Recording formats:
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MATLAB (*.mat)
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National Instruments LabView (*.tdms)
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Text (*.txt)
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Shipping starts May 2026.
For inquiries or to place an order, please contact our sales department at: sales@concurrentdata.com
* OEM volume pricing available.
Revolutionizing Structural Monitoring Technology
Our model-based design approach provides the means to create an extremely precise measurement device by integrating a small number of relatively inexpensive components yielding a highly differentiated measurement solution.
The POD projects a Laser beam onto a point on the surface of a structure forming a small spot of light. This spot of light is diffusely reflected onto an optical detector to enable precise measurement of dynamic displacement, range of excursion (thus amplitude), and sweep-rate (thus frequency).
(Think of the POD as an extremely sensitive, high-bandwidth, active-optical stethoscope and an extremely precise displacement measurement device.)
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Advanced Structural Analysis Solutions
Innovative High-Res Structural Monitoring
ConcurrentData is leading the innovation of active, non-contacting observation technology enabling extremely high-resolution analysis and monitoring of structural behavior.
Unique Insights into Structural Behavior
Our team's expertise in embedded systems, applied mathematics, and physics have allowed us to develop a unique approach to observing mechanical oscillations, allowing users to gain powerful insights into the behavior of structures.
Parametric Observation Device Technology
Our Parametric Observation Device (POD) technology is based upon the projection of a beam or beams of light onto a surface and observation of the consequent reflection from the surface of a structure under excitation to observe mechanical oscillations.
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High-Fidelity Modal Analysis with POD
POD technology enables multi-dimensional vibrational analysis of structures thereby enabling high-fidelity modal analysis, modelling and simulation.