Structural signal analysis in one integrated tool
Automate fatigue, vibration, and durability workflows with batch processing, detailed logs, and professional engineering outputs.
Signal analysis for durability and fatigue testing is often scattered across scripts, spreadsheets, and multiple software tools, making it difficult to scale, reproduce results, and maintain traceability across large datasets.
Engineered for Structural Signal Analysis
A complete signal analysis environment built to automate batch-based durability and fatigue workflows and extract insights from large testing datasets.
Outcome:Spend less time manipulating data and more time understanding structural behavior and making engineering decisions.
Everything you need for professional signal analysis in one integrated environment
Apply the same analysis pipeline to large datasets with shared channels.
ASTM E1049 rainflow counting, S-N curves, mean stress correction, damage estimation (Goodman, Gerber, Soderberg).
FFT, PSD (Welch), Octave banding (IEC 61260), Shock Response Spectrum and PVSS.
Butterworth filters, mean subtraction, signal trimming.
Automatic folders, logs, timestamps, parameter tracking, reproducible runs.
TXT CSV ASCII + binary test files (.ltd .ltx .tem). Extendable.
Interactive visualization, session saving (.sigp), histogram and surface visualization, re-open analysis later.
Structured logs and organized outputs ready for review and reporting.
Built for engineering professionals who need reliable, scalable signal analysis
Transform your signal analysis workflow with measurable benefits
Automate repetitive post-processing tasks.
Consistent, reproducible workflows.
Log files, parameters, and outputs organized by default.
Unified insight across time history, frequency data, and fatigue metrics.
Download our detailed brochure to learn more about SigProc's capabilities, technical specifications, and use cases.