Inspection & Verification:
Proof of Quality Fabrication

Trust is important—but data is essential. We use Leica AT960 + Absolute Scanner AS1‑XL, FARO laser projectors, Niton XRF, and Servo‑Robot WiKi‑Scan to deliver auditable evidence that every component meets your specifications—via in‑process checks and pre‑shipment verification.
In complex, regulated projects, a certificate of conformance isn’t enough. Our Objective Quality Evidence (OQE) dossier provides an audit‑ready record that supports your compliance systems, reduces risk, and protects your business.

  • AWS D1.6 Certified
  • AI‑Assisted ITP Creation
  • ISO 9001:2015 Certified
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Home » Quality » Quality Fabrication: Inspection & Verification

Why OQE Matters for OEMs

Every fabricated component we deliver becomes a part of your final product and your brand. A failure in the field can impact reputation and increase Total Cost of Ownership (TCO) through rework, project delays, and warranty claims. Our OQE process provides verifiable proof of compliance, protecting your brand and your bottom line.

Advanced Verification Technologies & Processes

Each tool contributes a vital dataset to your project’s Quality Dossier.

Niton Gun providing Positive Material Identification results for stainless steel parts.

Positive Material Identification (PMI): Verifying Material Certainty

  • Process: PMI on incoming stainless and critical alloys, finished‑good as specified in your project’s Inspection & Test Plan (ITP).
  • Technology: Niton XRF verifies elemental composition.
  • OEM benefit: Certified material certainty supporting traceability and mitigating long‑term corrosion risk in stainless steel applications.

Laser Projector Layouts: Error‑Proofing Assembly

  • Process: CAD‑based laser outlines are projected onto the work surface to guide exact placement of brackets, nozzles, and stiffeners.
  • Technology: Manufacturer‑rated projection accuracy ≈ 1/16″, application‑dependent.
  • OEM benefit: Reduces assembly variability in high‑mix builds, promoting consistent quality from first unit to last.

Laser Weld Inspection: Our Digital CWI

  • Process: Non‑contact 3D scans capture fillet size, leg length, throat, undercut, and toe angle.
  • Technology: Measurements are compared to acceptance criteria (e.g., AWS/ASME) to generate a digital pass/fail result.
  • OEM benefit: Replaces subjective checks with quantitative, archivable data—supporting sanitary cleanability in food processing and structural reliability in wastewater equipment.

Mobile AR Inspection:
Accelerating Quality Verification

  • Process: We extend digital continuity to the final inspection stage. Using a mobile AR interface, the approved 3D model is overlaid onto the finished equipment, enabling a direct visual check for conformity.
  • Technology: An enterprise-grade augmented reality platform for quality control. It uses advanced object recognition to precisely anchor the nominal CAD model to the physical assembly, visually flagging deviations in real-time. Inspection results, including images, can be documented directly within the application for enhanced traceability.
  • OEM benefit: Provides an exceptionally fast and accurate method for verifying complex or first-article builds. This mitigates the risk of human errors and creates a visual record of as-built conformity.

3D Model‑Based Inspection:
From the Largest Scale to the Smallest Detail

This extends our Model‑Based Planning process, maintaining digital continuity from design to verification.

  • Process: Full 3D scans are compared to the nominal CAD model to verify dimensional accuracy and assembly completeness.
  • Technology: Leica Absolute Tracker AT960 + AS1‑XL for large‑volume metrology (manufacturer‑rated precision on the order of ~150 µm over a ~160 m diameter volume, setup‑dependent); twyn AR overlays CAD on the physical assembly for completeness checks.
  • OEM benefit: De‑risks on‑site fit‑up and provides digital proof that every specified component is correctly installed.

Our Commitment to Measurement Integrity

All equipment follows a strict calibration schedule traceable to NIST per ISO 9001 requirements.

Your Comprehensive Quality Report

Dimensional conformance

PolyWorks reports with reported deviations; typical measurement uncertainty on the order of ~±0.15 mm (setup‑dependent).

Weld evidence

WiKi‑Scan quantitative data with code‑referenced pass/fail.

Material traceability

PMI reports and full MTR chain‑of‑custody.

Assembly completeness

AR overlay screenshots/checklist.

Quality records

Project‑specific ITP with sign‑offs and hold points, plus a Certificate of Conformance—backed by the full evidence set.

Frequently Asked Questions

Every received piece is uniquely tagged to its MTR. We can apply PMI on stainless and critical alloys to verify heat chemistry; that traceability follows the job and can be documented in a Quality report.

Typically PDF reports; Other options may include point cloud (.e57, .pts, .ptx); mesh (.stl, .obj); CAD (.step); and tabular (.csv, .xlsx).

Our final quality reports provide objective, traceable records aligned with ISO 9001 practices and code‑based acceptance criteria (AWS/ASME), supporting reviews by customers and regulators (e.g., FDA, EPA).

Ready to De-Risk Your Next Project?

Trust is built on proof. Our advanced inspection and verification processes provide the objective, auditable data you need to be certain every component arrives spec-ready and audit-ready.
Eliminate uncertainty and ensure project success from the start. Upload your drawings or schedule a complimentary 15-minute technical review with our engineering team to see how our quality systems can protect your project, your timeline, and your reputation.

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