If You Can't Trust the Measurement, You Can't Trust the Data.
FAST MSA Software runs Gage R&R, bias, linearity, stability and attribute agreement studies with automatic %GRR and ndc evaluation per AIAG MSA-4 — connected to your instrument master, calibration schedule and PPAP packages, so every quality decision rests on measurements you can prove.
%GRR · ndc · Variation Components
Everything You Need to Know Before Scrolling Further
The complete FAST MSA offering — which studies it runs, how it evaluates them, and what it connects to.
Every AIAG Study Type
Variable Gage R&R by ANOVA or Average & Range, attribute agreement analysis with Kappa statistics, and bias, linearity and stability studies — all with guided data collection.
Automatic Evaluation
%EV, %AV, %GRR, %PV and ndc computed instantly and judged against AIAG acceptance criteria — under 10% acceptable, 10–30% conditional, over 30% unacceptable, ndc ≥ 5.
Connected Gauge Lifecycle
A central instrument master links every gauge to its calibration schedule, MSA study plan, inspection usage and PPAP evidence — one record from purchase to retirement.
Qualify the Measurement System Before You Judge the Process
Measurement System Analysis (MSA) is the discipline of quantifying how much variation your measurement process itself contributes to the data you collect. Before a control chart, capability study or inspection result can be trusted, the gauge, the method and the appraisers behind it must be proven adequate. That is what MSA studies — Gage R&R, bias, linearity, stability and attribute agreement — exist to do.
Run in spreadsheets, these studies are slow, error-prone and hard to schedule consistently across dozens or hundreds of gauges. FAST MSA Software makes them systematic: studies are planned per gauge on a recurring calendar, data collection is guided and randomized, statistics are computed instantly, and results are filed against the instrument's lifecycle record alongside its calibration certificates.
Observed Variation = Process + Measurement
Every Study the AIAG Manual Asks For
Different measurement situations demand different studies. FAST MSA guides teams through each one with the correct data structure, randomization and evaluation built in.
Variable Gage R&R
The classic crossed study — typically 10 parts, 3 appraisers, 3 trials — evaluated by ANOVA or Average & Range method. Repeatability (%EV), reproducibility (%AV), combined %GRR, part variation (%PV) and ndc are computed and judged automatically.
Attribute Agreement Analysis
For go/no-go gauges, visual inspection and judgement-based checks: within-appraiser consistency, between-appraiser agreement and agreement against the reference standard, evaluated with Kappa statistics and effectiveness scores.
Bias & Linearity Studies
Bias quantifies the offset between observed averages and the reference value; linearity tracks how that offset changes across the gauge's operating range. Both use certified masters and are evaluated with significance tests, not eyeballing.
Stability Studies
Repeated measurements of a master over time, plotted on control charts to detect drift before it contaminates production data — with alerts when the measurement system shows out-of-control behaviour.
The Complete MSA Feature Set — Built for Manufacturing Plants
FAST MSA Software covers the full measurement assurance cycle — from gauge registration and study planning to automatic evaluation, improvement actions and audit-ready evidence.
Data Entry · Evaluation · Reports
One Record per Gauge — From Purchase to Retirement
MSA studies don't live in isolation. Each gauge in FAST MSA belongs to a central instrument master that carries its identification, location, owner, calibration schedule, calibration certificates, MSA study plan and complete study history. When an inspector picks an instrument for a checksheet, the system knows whether that instrument is calibrated, studied and fit for use.
This closes the most common audit finding in measurement management: gauges that are calibrated but never studied, studied but overdue, or used for inspection outside their validity window. In FAST Quality, an overdue gauge is blocked from inspection use until its calibration or study is brought current.
Calibration · Studies · Usage History
Built for the Teams That Answer for Measurement
Quality & Metrology Engineers
Plan and execute the annual MSA calendar across hundreds of gauges without spreadsheet gymnastics — and walk into audits with every study current and retrievable.
Process & SPC Owners
Confirm the measurement system is adequate before drawing conclusions from control charts and capability studies — so process decisions rest on real signals, not gauge noise.
New Product & PPAP Teams
Produce the MSA evidence required for element 8 of every PPAP submission — generated by the system and attached to the package without manual reformatting.
Plant & Quality Managers
See measurement assurance status across the plant on one dashboard — studies due, failing gauges, open improvement actions and audit readiness.
Questions About FAST MSA Software
Common questions from quality engineers, metrology teams and plant heads evaluating measurement system analysis software.
Every Quality Decision Starts with a Measurement You Can Trust
Plants that systematize MSA stop arguing about whether the data is right and start acting on it. FAST MSA makes measurement assurance a scheduled, automatic, audit-ready part of your quality system — not an annual spreadsheet scramble.