METRILAB

METRILAB

Case reportRepresentative demo case · no customer data

Case Study · Aerospace

How an aerospace manufacturer reduced calibration downtime across six production cells.

Three regional vendors became one scheduled on-site program, planned around production shifts.

Industry
Aerospace
Client type
Aerospace manufacturing
service delivery
On-site
instruments in scope
120+
complete calibration cycle
3 days
Status
Representative demo case
Quality engineer inspecting a precision-machined aerospace component in a metrology facility.
FIG. 01 · Quality engineer inspecting a precision-machined aerospace component in a metrology facility.

Situation snapshot

Facility
Aerospace manufacturing
production cells
6
instruments in scope
120+
disciplines
4
service delivery
On-site
complete calibration cycle
3 days

Operational challenge

Challenge

An illustrative test cell uses electrical meters, dimensional tools, pressure gauges and torque tools owned by different teams. The sample register lacks consistent identification and agreed measurement points.

Calibration programme

Approach

One programme with recall dates aligned per cell. Torque and hand tools calibrated on-site between shifts; reference and electrical work batched in the lab.

Instruments

Micrometers, calipers, height gauges, torque wrenches, DMMs, pressure gauges

Results

What the programme delivered.

Representative demo results — not audited performance claims.

The illustrative deliverable is one reconciled equipment register with discipline-specific work scopes and a record-review checklist. This is a fictional planning example, not a documented customer result.

120+instruments in scope
6production cells
4disciplines
3 dayscomplete calibration cycle
On-siteservice delivery

Repeatable lessons

What another team can apply.

Steps that transfer to any multi-discipline programme, whatever the industry.

  1. 01Start with a complete equipment list.

    Make, model, asset ID, location and due date for every instrument — the basis for everything else.

    How to build an equipment list
  2. 02Group instruments by discipline and location.

    Grouping decides which work can run in parallel and which must go to the lab.

  3. 03Confirm scope and range before the visit.

    Check each instrument against the capability directory so accreditation status is known in advance.

    Check capability
  4. 04Keep production-critical instruments on-site where capability allows.

    On-site work suits tooling and installed instruments; reference work stays in the lab.

    Planning on-site calibration
  5. 05Consolidate certificates and exceptions into one closeout.

    A single record with exceptions listed makes audit preparation straightforward.

    Reading a certificate

Related capabilities & services

From this case to the services behind it.

Each step opens the page that holds the detail.

01 · CaseHow an aerospace manufacturer cut calibration downtime without expanding its vendor list.
04 · Industry

Need to coordinate calibration across multiple departments or production cells?

Send your equipment list, service locations and required accreditation level. We’ll map the disciplines, confirm capability and coordinate the programme.

  • Multi-discipline support
  • In-lab + on-site
  • Accreditation review
  • Single programme contact

METRILAB

Precision measured.

Confidence delivered.

© 2026 MetriLab. Calibration & metrology template.

METRILAB

Precision measured.

Confidence delivered.

© 2026 MetriLab. Calibration & metrology template.

METRILAB

Precision measured.

Confidence delivered.

© 2026 MetriLab. Calibration & metrology template.

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