Metrology & Inspection Services

Precision inspection and measurement—reports aligned to ASME Y14.5, ISO 10360, and AS9102 (by request).

ISO 9001:2015 Certified

ISO 9001:2015

Made in Canada

Made in Canada

40+

Years of Experience

5K+

Satisfied Customers

Overview

Pearson Manufacturing provides dimensional and visual inspection across incoming, in-process, and final stages. Routine QC is performed internally; advanced metrology may be routed through trusted Canadian partners—always under Pearson QA and a single report package.

Scope varies by part geometry, tolerance, and required uncertainty. We’ll recommend the right inspection method during intake.

Precision metrology and inspection workflow

Quick Specs

Standards
ASME Y14.5 GD&T; ISO 10360 (CMM); ISO/IEC 17025-traceable calibration; AS9102 FAI (on request)
Accuracy—Hand Tools
Calipers to ±0.001″; micrometers to ±0.0001″ (tool/spec dependent)
CMM
Accuracy verified per ISO 10360; µm-class uncertainty with proper environment
Surface Finish
Ra/Rz reporting per ISO 4287 (profilometer)
Reports
In-Process, Final, FAI (Forms 1–3), Certificates of Conformance
Files Accepted
STEP/IGES + PDF drawing (CTQs & datums identified)
Calibration
Certificates traceable to SI via ISO/IEC 17025-accredited labs
Rush Options
Expedite available—note your ship or install date
EngagementBest ForSpeedNotes
IncomingRaw material & vendor partsFastID/cert verification + spot dimensions
In-ProcessCTQs during machining/assemblyFastSPC/checkpoint dims; adjust process
First Article (AS9102)New or revised part approvalMediumBallooned drawing + Forms 1–3 before release
Final / CertifiedLot acceptance & documentationMediumFull report; optional 3rd-party 17025 lab

Our Capabilities

  • First Article Inspection (FAI) with ballooned drawings and structured reports
  • In-process and final dimensional inspection with CTQ focus
  • CMM programs & measurement per ISO 10360 methods (routing dependent)
  • Surface finish verification (Ra/Rz) and flatness/roundness checks
  • Thread, taper, slot, and feature verification; functional gauging
  • Material cert capture and lot/heat traceability on request

DFM & Inspection Prep

  • Provide a drawing with clear datum scheme (primary/secondary/tertiary) and highlight CTQs.
  • State the governing GD&T standard (ASME Y14.5 or ISO GPS) and units; avoid mixed units.
  • Call out surface finish as Ra (and cut-off) or Ra/Rz; note any cosmetic A-surfaces.
  • Specify sampling plan (e.g., 100%, AQL, SPC frequency) and acceptance criteria.
  • For threads, include standard (UNC/UNF, ISO metric, class/fit) and gage type (GO/NO-GO).
  • If FAI is required, confirm AS9102 scope, rev level, and whether subcomponents need Forms 2/3.

We’ll confirm method, sampling, and achievable uncertainty before kickoff.

Why Choose Our Inspection?

  • Hybrid fulfillment: in-house checks plus accredited partner labs for advanced metrology
  • Standards-aligned reporting (AS9102 FAI, ISO/IEC 17025-traceable calibration records)
  • Method selection matched to tolerance & geometry (hand tools ↔ CMM)
  • Efficient intake: ballooning, CTQ mapping, and feedback on ambiguous callouts
  • Scales from prototype lots to recurring production with SPC options

Industries We Serve

  • Aerospace & Defense (FAI/traceability)
  • Medical & Lab Equipment (fixtures/components)
  • Automation & Robotics
  • Automotive & Powersports
  • Industrial Machinery & Tooling

Typical Applications

  • Verification of machined/fabricated parts against GD&T
  • Incoming inspection for purchased components & materials
  • Dimensional checks pre-/post-coating or heat treat
  • Reverse engineering validation of legacy/third-party parts

Inspection FAQs

Do you provide AS9102 First Article Inspection?

Yes. We can deliver ballooned drawings and AS9102 Forms 1–3 for new or revised parts before production release.

Are your gauges calibrated?

Measuring equipment is calibrated at intervals with certificates traceable to SI via ISO/IEC 17025-accredited labs (routing dependent).

What tolerances can you verify?

Hand tools typically support thousandth-inch class checks; CMM methods achieve micrometre-class uncertainty when the part, probe strategy, and environment allow. We’ll propose the right method for each feature.

Which standards do you accept on drawings?

GD&T per ASME Y14.5 (or ISO GPS). If unspecified, we’ll ask to confirm the governing standard before inspection.

Can you perform standalone inspection on external parts?

Yes. We can inspect third-party components and issue reports or certificates without additional machining work. Start your inspection quote — include drawing, CTQs, sampling plan, and due date.

Need Precision Inspection?

Send your drawings and CTQs—we’ll select the right method, document to standard, and turn a clear report.

Start Your Quote