Calibration Management Software with MSA Integration

Find the overdue gauge before the auditor does.

A gauge that slips past its due date is an audit finding, and every part it measured since its last good calibration is in question. QualityEngineer.ai keeps an equipment register that computes each gauge's status (active, due soon, or overdue) from its due date, emails a daily recall digest as gauges come due, and logs calibration records with as-found and as-left readings and certificate numbers. Run Gauge R&R studies on each gauge, and when a calibration fails, see which inspections used that gauge since its last passing calibration.

Start a 30-day trialSee example documents

Capabilities

What Calibration does

Equipment Registry

Register each gauge with its ID number, serial number, manufacturer, model, type, location, department, custodian, and calibration interval in days. One register for the whole gauge crib.

Auto-Computed Status

Status is computed from each gauge's next due date: overdue once the date has passed, due soon within 30 days of it, and active otherwise. Out-of-service and retired gauges keep the status you set. No spreadsheet formulas needed.

Calibration Records

Log each calibration with its date, result (pass, fail, or limited use), as-found and as-left readings, certificate number, and who performed it. Completed records are signed with a typed name. Choose IATF 16949, ISO 9001, or AS9100 in settings, and the record fields that standard calls for, such as the certificate number and master gauge, become required.

Dashboard Metrics

The dashboard shows total equipment, counts by status (active, due soon, overdue, out of service, retired), and the overdue gauges sorted by days overdue. Spot problems before they become audit findings.

MSA/GRR Linkage

Run Gauge R&R studies from each gauge's own record, with sign-offs and a study report, so the MSA behind a gauge is on the gauge. In a PPAP package, Element 8 lists each special characteristic with its assigned gauge and whether an MSA study for that gauge is attached.

Certificate Tracking

Record the certificate number on each calibration, or have the next number assigned for you, and note whether the work was done internally or by an outside lab. No digging through filing cabinets.

Who does what

Calibration management: the software prepares, an engineer decides.

Prepared by the software

  • Computes each gauge's next due date from its last calibration and interval, and moves it to due soon 30 days out
  • Emails a daily recall digest 30, 7, and 1 days before a gauge is due, on the day, and while it is overdue
  • When a calibration fails, lists the inspections that used the gauge between its last passing calibration and the failure
  • Drafts an NCR for the suspect material of a failed calibration, linked to the out-of-tolerance event, for you to review

Decided by an engineer

  • Approves or rejects each document change the software proposes from a corrective action or an engineering change, before it is applied
  • Approves, rejects, or waives each PPAP element, and approves or rejects the submission
  • Approves NCR dispositions and signs off each corrective action
  • Signs control plans, PFMEAs, and other title-block documents by role, and enters the authorized signature on the warrant

Signed in the app: typed signature, name, date

Workflow

How it works

  1. 01Register equipment
  2. 02Set calibration interval
  3. 03Perform calibration
  4. 04Log record
  5. 05Run a Gauge R&R study on the gauge
  6. 06Work the recall list

Use cases

Built for teams that depend on accurate measurement

  • Quality engineers managing gauge cribs with dozens or hundreds of instruments
  • Metrology lab managers coordinating internal and external calibration schedules
  • IATF 16949 audit preparation teams demonstrating measurement system traceability
  • Manufacturing engineers selecting and validating measurement equipment for new processes
  • Supplier quality engineers verifying that supplier measurement systems are current and capable

Questions

Frequently asked questions

How does the system track calibration status automatically?
When you register equipment, you set a calibration interval in days (for example, 90 or 365). Each time you log a calibration record, the next due date is calculated from it, or you can set a different date on the record. Status follows the due date: active while it is more than 30 days away, due soon within 30 days, and overdue once it has passed. The dashboard rolls up every gauge by status so you can see your overall calibration health at a glance.
How does calibration management integrate with MSA and Gauge R&R studies?
Each gauge's equipment record has an MSA tab where you run Gauge R&R studies on that gauge, collect sign-offs, and open the study report. When an auditor asks for the MSA study behind a specific gauge, you open the gauge and the study is there, with no searching through separate systems or spreadsheets. In a PPAP package, Element 8 lists each special characteristic with the gauge assigned to measure it and shows whether an MSA study for that gauge is attached.
What information is tracked for each calibration record?
Each calibration record captures the calibration date, result (pass, fail, or limited use), as-found readings (the state before adjustment), as-left readings (the state after adjustment), the certificate number, who performed the calibration (a technician or an outside lab), whether it was internal or external, the master gauge used, and the temperature and humidity at the time. Completed records are signed with a typed name. This gives you a complete history for every instrument, which is essential for audits and for spotting equipment that drifts or fails repeatedly.
Can I manage calibration for different types of equipment?
Yes. The equipment registry takes any measurement instrument: calipers, micrometers, CMMs, hardness testers, force gauges, temperature probes, optical comparators, and more. Gauge types can carry their own calibration parameters and work instructions. Each piece of equipment has its own calibration interval, location, and record history, and you can filter the register by status and search it by name or ID number.
How does this help with IATF 16949 or ISO 9001 audits?
Auditors routinely check that measurement equipment is calibrated, that calibration records exist, and that measurement systems have been studied. The platform keeps all three in one place: the register with current status, the calibration record history with certificate numbers and signatures, and the Gauge R&R studies on each gauge. An inspection characteristic can be tied to the gauge that measures it, so you can trace from a measurement to the calibrated gauge to its MSA study. It does not stop a gauge from going overdue, but it shows you which ones are and emails a recall digest before they come due.

Related

Works with

Try it on a real part.

30-day trial, no card required. Bring your own drawings and documents, or start with the sample part we set up for you.

Start a 30-day trialTalk to us