Kistler has released a new version of its jBEAM Lab universal measurement data analysis software, introducing expanded functionality to support efficient post-processing for NVH (noise, vibration, and harshness) tests and micro-vibration diagnostics in aerospace systems. The update enables engineers to evaluate raw data in just a few clicks—without any programming—across a wide range of development and testing environments.
The new release combines faster data throughput with increased user-friendliness and interactivity. Diagrams, filters, and signal calculations can now be configured using drag-and-drop tools or a few clicks, without requiring scripting. jBEAM Lab imports raw data from more than 100 file formats, correlates it with audio and video data, and generates comprehensive, customizable visualizations. Analysts can filter and combine data flexibly, adapt workflows dynamically, and simulate analog filters to create actionable outputs in less time.
“Whereas before, developers would have to write or program complicated scripts, for example in Python, they can now carry out and complete process steps with just a few clicks thanks to jBEAM – including for NVH tests,” said Jan Schnabel, jBEAM Product Manager at Kistler.
New functions have been added to meet evolving NVH testing requirements in the aerospace sector. For example, manufacturers of satellite reaction wheels for attitude control systems (ADCS) must characterize micro-vibrations during end-of-line testing. Comparing harmonic orders, amplitudes, imbalances, and resonance behavior across multiple production units is now possible with drag-and-drop analysis and automated reporting.
A leading aerospace supplier uses jBEAM Lab alongside Kistler hardware to streamline NVH inspection for satellite components. With the new version’s automatic report generation feature, processing time per test has dropped from roughly one hour to just a few seconds.
These features—developed specifically for aerospace NVH workflows—are also applicable to other industries, including automotive and electronics. jBEAM Lab now includes spectrogram and order analysis, octave analysis, and simulation of analog filters such as Bessel, Butterworth, and Chebyshev.
Schnabel continues: “jBEAM measurement data analysis software can be used as a flexible platform to automate the entire analysis workflow. The creation of spectrograms and order analysis, which was previously a relatively complex process made up of many individual steps, can now be carried out via drag-and-drop and with just a few clicks.”
Kistler offers complete measuring chains for NVH tests, modal analyses, and similar applications – from sensor through to software – including jBEAM measurement data analysis software for efficient post-processing. The universal data analysis software jBEAM Lab from Kistler supports fast and flexible evaluation of all kinds of test data while at the same time eliminating the need for complicated programming and reducing development costs.
Development processes in the aerospace industry, automotive industry, and other sectors are not only becoming increasingly complex but are also accelerating: time-to-market is crucial for manufacturers to succeed with new models and innovations while securing their competitive edge. In challenging development environments in particular, data analysis software becomes a key factor to enable fast analysis and overcome development challenges.
About Kistler Group
The Kistler Group is a global leader in dynamic measurement technology for pressure, force, torque, and acceleration. Founded in Switzerland in 1959, the company supports customers across research, development, and production environments with end-to-end solutions for data acquisition, sensor integration, and process optimization. With more than 2,000 employees across 60 locations worldwide, Kistler serves a broad range of industrial sectors—including automotive, aerospace, manufacturing, and electronics—by delivering measurement technologies that help advance innovation, improve quality, and support sustainable production.
For more information, visit www.kistler.com.
Source/Photo Credit: Kistler Group
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