Stop struggling with tools that weren’t built for engineering data.
FAMOS is measurement data analysis software that turns complex engineering test data into clear, reliable results. Engineers can inspect large datasets, compare test runs, analyze signals, automate recurring calculations, and create reports. Unlike general-purpose analysis tools, FAMOS focuses on test and measurement workflows, technical data formats, and engineering-specific visualization and evaluation tasks.
Used in automotive, aerospace and industrial research & testing.
Turn complex test data into clear insights and reports in minutes
Struggling with large or complex measurement datasets? FAMOS helps engineers analyze, visualize, and report test data quickly – without programming. The integrated AI Assistant helps you to automate analysis steps, accelerate workflows, and get to reliable insights faster. From quick checks to processing massive datasets, FAMOS gives you the flexibility to work efficiently.
Stop wrestling with your data, learn from it.
Explore the new FAMOS 2026 +AI with its:
Enhanced Usability
- Improved AI assistant
- Easier encryption of turn-key projects
- Better layout customization to suit your workflow
Faster Data Inspection
- Cloud storage file support in Apache Parquet format (Explorer preview, import and export)
- Preview for MDF4 file test comments before loading (even with huge files)
- Improved interactive measurement window (math, layout and legend) and QuickView plot (time axis, line style)
- Simplified zoom overview, curve linking and xy/scatter plot creation
Optimized Data Visualization
- Master layouts for harmonized headers & footers on report and dialog panel pages
- Easier usage of Panel page templates for reporting and analysis
- Markers and measurement cursors exactly on samples
- New horizontal bar graph mode
Smarter Analysis
- More powerful interval-based & periodic signal processing
- Faster handling of large numbers of test runs (1000+)
- Vibration filter flat(h) according to ISO 5349-1 and ISO 8041-1 for hand-transmitted vibration
Watch how FAMOS works in practice
Simply load your data and immediately see a visual overview of your test result - find data anomalies, identify correlations, compare test runs, locate events, or clean up data. No coding required.
- Smooth zooming and panning in data plots
- Automatic unit and sampling rate conversion
- High performance with thousands of channels and millions of samples
- Powerful AI assistant, calculation assistants and example templates
- Interfaces with databases, Python, PowerPoint, and more
- Free Reader Edition for viewing data and analysis results
Quickly Import and View Measurement Data
Import measurement data from 100+ file formats, including CSV, TDMS, BLF, and WAV, or directly from ASAM ODS and SQL databases.
Data displays instantly with units included, and you can zoom and scroll smoothly, even with large datasets. Linked cursors across curves make it easy to spot relationships.
Multiple measurements can be loaded simultaneously for interactively switching through them and overlay comparisons.
Use dual measurement cursors to quickly determine frequency content, slopes, RMS values, and more with just a click.
High-performance, Adaptable, and Proven
Our library of calculation functions is designed to reduce your workload without limiting you with overly specialized features.
Alongside core mathematics, statistics, and general signal analysis, you’ll find tools for:
- Detecting and processing anomalies, cyclic events, and periodic data segments
- Performing order-tracking analysis on vibrations in rotating machines
- Conducting fatigue & durability calculations
- Performing nonlinear approximations and much more
These functions are optimized for fast execution with minimum steps and can be applied across whole groups of channels.
Execute them via drag-and-drop or use the intuitive, but powerful macro language for complex workflows.
High-quality, and Insightful Data Presentation
Even complex measurement results can be presented clearly and meaningfully. Assistants provide options to design all common technical and scientific chart types, such as:
- Heatmaps/colormaps, waterfall plots, 3D graphs, bar charts, GPS plots, contour plots, Bode plots, polar diagrams, wind roses, and scatter plots
- Customizable colors, line thicknesses, overlays, and XY plots
- Logarithmic scales, 1/3 or 1/1 octave scaling, font sizes, tick intervals, and legends
- Markers for values, distances, harmonics, thresholds, step heights, and orders
Drag-and-drop capabilities let you create complete reports based on Office documents. Within imc FAMOS, you can combine tables, event lists, text, images, and logos with plots to build reports that even remain interactive.
Effortless One-Button Automation
The macro language in imc FAMOS allows you to perform multi-step calculations and create nearly any workflow, including highly complex fully automated analyses. You can automate the evaluation of thousands of measurements and generate PDFs or PowerPoint files from the results.
For recurring tasks, you can easily design custom user interfaces to interactively process new measurements, enabling you to develop tailored, intelligent tools quickly. Once created, projects can be easily protected from accidental changes and distributed across entire organizations.
Proven in Real Test Environments
Thousands of companies and universities rely on FAMOS
From automotive and aerospace to energy, education and research: Engineering teams worldwide trust FAMOS to make sense of complex measurement data. Whether you’re validating prototypes, analyzing test bench results, or preparing reports for certification, FAMOS helps you move from raw data to reliable insights efficiently — without unnecessary complexity.
Used in real engineering workflows
“FAMOS nicely covers the relevant spectrum of visualization, validation and post-processing of test & measurement data – from quickly evaluating data with very little programming knowledge to fully automatic analysis including the generation of a PowerPoint presentation with several thousand pages.”
Christian Hepperle
Measuring Technology, ZF Group
Want to learn more about FAMOS? Read our blog posts.
Explore the resources
How Can I Visualize Measurement Data?
Test engineers, measurement technicians, and many other professionals often face the challenge of efficiently visualizing and analyzing large volumes of measurement data.
Read the blog post
Parquet file handling with FAMOS 2026 +AI
Parquet file format enables engineers to work seamlessly with this modern, cloud-optimized data structure. FAMOS 2026 +AI comes with native support for the Apache Parquet data format, enabling more efficient handling of modern data sources.
Read the blog post
Calculating measurement uncertainties with FAMOS
The estimation of measurement uncertainties is an essential part of metrological analyses in order to clarify the significance of the results.
Read the blog post
How can I combine the strengths of Python and FAMOS?
Both the FAMOS data analysis software and the Python programming language are very powerful and offer extensive functions for evaluating test & measurement data. These range from importing data from various file formats and graphical representation to automated calculations and report generation. Nevertheless, there are clear differences and limitations.
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Units in FAMOS
In the world of measurement and testing, precision is everything — and that doesn’t stop at the numbers themselves. The engineering units you work in matter just as much as the measurements they describe.
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Durability Analysis using FAMOS
With FAMOS Enterprise, engineers are able to analyze data from durability tests. FAMOS offers functions for analysis tasks without going into the depths of very expensive specialized software packages.
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Torsional Vibration Turboprop
Torsional vibrations which are not mitigated through the powertrain can build stress in key components, with elevated risk for both performance issues and critical failures. In this blog post, we demonstrate how you can analyze these vibrations and evaluate the effectiveness of vibration dampers using FAMOS projects.
Read the blog post