Automated rotor dynamics, shaft system analysis, and engineering reporting for industrial rotating machinery. Installed locally on your infrastructure. No cloud dependency.
Most rotating machinery analysis still relies on spreadsheets, manual calculations, and expert-dependent processes that introduce risk and delay.
Critical rotor dynamics performed in unvalidated spreadsheets with no version control or audit trails.
Each analysis cycle takes 5–7 working days from data collection to final report, delaying decisions.
Engineers spend significant time formatting reports instead of performing actual engineering analysis.
Manual calculations, spreadsheet assembly, expert review cycles, and disconnected tool chains.
Automated pipeline, integrated reporting, validated methods, and consistent output format.
A specialized tool for rotor dynamics, vibration analysis, and automated reporting — designed for the way engineers actually work.
Standardized pipelines for rotor dynamics and vibration assessment. Reduces manual work and eliminates errors.
Automatically generated engineering reports with calculation traces and result summaries. Ready for delivery.
Installed on your infrastructure. No cloud dependency. Full control over engineering data and project IP.
Built around real processes — from model setup through analysis to deliverable. Matches mechanical engineering needs.
Eliminate repetitive spreadsheet tasks. Focus engineering expertise on interpretation and decision-making.
Reduce analysis cycles from days to hours. Respond faster to client requirements and operational demands.
Specialized for sectors where rotor dynamics, vibration analysis, and shaft system integrity are mission-critical.
Vibration analysis and dynamic assessment for paper machine rolls, refiners, and drive systems.
Rotor dynamics and torsional analysis for refiner plate systems, gear drives, and coupled trains.
Comprehensive lateral and torsional vibration analysis for pumps, compressors, fans, and turbines.
Coupling selection, shaft alignment verification, and motor-driven train dynamic analysis.
Design-phase rotor dynamics verification and analysis documentation for equipment manufacturers.
Structural and dynamic analysis support for large-scale mechanical systems and installations.
A professional engineering environment for rotor dynamics, vibration analysis, and automated reporting.
Frequency spectrum, time waveform, and cascade diagram visualization.
Parametric shaft models with bearings, disks, and coupling elements.
Automated engineering reports with calculation traces and result summaries.
No cloud uploads. No external servers. The software runs entirely within your company network, ensuring full control over sensitive project data.
Software deployed on your servers and workstations. No internet connection required for analysis operations.
All project data, calculation inputs, and results remain within your company infrastructure at all times.
Software access controlled through local licensing. No user accounts or data stored on external servers.
No confidential project data, machine designs, or analysis results need to be uploaded to any external service.
Choose the licensing model that fits your project volume and organizational structure. All options include local installation and engineering support.
Full access for a fixed annual period. Ideal for continuous analysis needs and recurring project work. Updates included.
Discuss OptionsLicensed per project or campaign. Suitable for consultancies with project-based analysis demands and flexible durations.
Discuss OptionsStructured pilot program for evaluation. Validate the software against real engineering use cases before full commitment.
Request Pilot