Characterize
Record slow roll, initial vibration, rotor weight, speed, and correction radii.
Rotor dynamics intelligence
Balance smarter. Report with confidence.
A controlled workspace for field measurements, correction vectors, trim validation, and customer-ready balancing reports.
1-16 plane balancing
Runout compensation
Correction force review
Balancing job package
Measure → Calculate → Validate → Export
Inputs
Slow-roll, trial response, trim data
Output
Saved report, PDF, audit-ready record
System capacity
16
max planes
Validation loop
3
trim rounds
Export format
PDF
field reports
Traceability
Audit
job records
Built for high-consequence rotating assets
Balancing is not only a calculation. It is a controlled diagnostic workflow.
The platform turns slow-roll data, trial responses, trim runs, and final signatures into a single controlled record. It is designed for service teams working with turbines, compressors, fans, pumps, motors, and other rotating equipment where downtime is expensive and reports must be defensible.
Operational record
Site data to signed report
Slow-roll baseline
Trial response
Correction vector
Signed PDF
Measure
Vector solve
Export report
Research-grade field process
Bring rotor dynamics discipline into daily service work.
Influence coefficients, phase-referenced measurements, and trim validation are organized into a repeatable sequence. The interface is built to keep engineering context visible while the operator moves through the job.
- Capture baseline and trial run responses for every active plane.
- Calculate correction weights and predicted post-balance vibration.
- Keep every job as a traceable record for audit and reuse.
Methodology
A calculation flow aligned with how balancing is actually performed.
Excite
Enter calibration weights and trial responses to build the influence matrix.
Solve
Calculate unbalance vectors, correction weights, and centrifugal forces.
Validate
Run predictions, trim corrections, and export a client-ready report.
Capabilities
Designed as a solution platform, not a single-use calculator.
Multi-plane balancing
Configure one to sixteen correction planes with matching measurement inputs, radii, and balancing speed.
Influence response model
Build the influence response from slow-roll data, trial weights, and measured vibration response at each sensor.
Prediction and trim review
Preview final vibration, run trim rounds, and compare the residual response before signing off the job.
Force and report check
Review centrifugal force, correction weight, calculation tables, and signature-ready report sections together.
Review package
Vibration trend
Correction plan
Force margin
PlaneBeforeAfter
P110.4 um1.8 um
P28.9 um1.5 um
Diagnostics to decision
Make every correction explainable.
A balancing recommendation is only useful when the numbers can be reviewed. The workspace surfaces sensitivity, inverse sensitivity, unbalance, correction weight, predicted vibration, trim corrections, and force impact in one connected record.
CorrectionRecommended weight and angle
ModelInfluence response review
PredictionExpected final vibration
SafetyForce and margin check
Client-ready output
From site data to signed PDF-style report.
The calculator workspace is intentionally operational: fill the job, calculate, validate trims, save the report, then print/export for the customer file.
Balancing Report
Correction 24.770 @ 111.7 deg
Force 24.93 kgf
ParameterPlane 1Plane 2
Unbalance Sens.0.404 @ 98.30.318 @ 121.0
Weight Add24.770 @ 111.718.520 @ 264.3
Reliability.vn balancing workspace
Ready for traceable balancing reports.
Login to calculate, review, save, and export the customer-ready report.
Contact
Request a balancing workflow review.
Leave your contact details and the team will follow up about the calculator workflow, report template, or deployment plan.