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Un homme portant un HoloLens casque de réalité augmentée dans une usine

of error rates on MR guided control procedures in aerospace and automotive

Source: MDPI Systematic Review / InAirSpace, 2024

inspection accuracy achieved with an AR process vs. traditional visual inspection

Source: AIDAR Solutions, 2025

defect rates and −40% inspection time (electronic manufacturer)

Source: Deloitte Manufacturing Report, 2024

The 1-10-100 rule: why quality control needs to modernize

A defect detected in production costs 10 times less than a defect detected by the customer. This is the "1-10-100" rule that governs any serious industrial quality policy. Yet, traditional inspection methods — human visual inspection, physical templates, manual measurements — remain the norm in the majority of factories. ​ mixed reality offers a mature technological response: by overlaying the digital CAD model directly onto the physical part, the inspector instantly sees every dimensional deviation, every surface anomaly, every assembly non-conformance, in real time.

The inspection flow, increased by Myxed

Augmented reality technologies in the service of quality control.


01 

Digital anchoring on the real part​

The MR headset automatically scans and recognizes the part using computer vision. It loads the reference CAD model from your PLM (Catia, NX, SolidWorks, Creo) and aligns it with the physical part with sub-millimeter accuracy.


02

Real-time detection of non-conformities

Any deviation between the theoretical model and the physical reality is instantly reported: non-compliant areas highlighted in red, dimensional deviation displayed. The inspector focuses all their attention on the physical inspection — it is the software that compares, detects, and alerts.


03

Automated Non-Conformance Report

With a voice command or a gesture, the inspector generates a non-conformance report related to the part, the production batch, the operator, and the procedure. Direct export to your QMS (SAP QM, MasterControl, ETQ, Qualio). The ISO documentation chain is automatically created.

Priority deployment sectors

  • Aerospace & Defense — surface inspection, assembly of composite structures​
  • Automobile — dimensional control of bodywork, weld inspection, engine assembly verification
  • Energy & Nuclear — inspection of critical components, compliance control at classified sites (MASE, CEFRI)
  • Electronics & Semiconductors — printed circuit board inspection, SMT soldering, solder joint verification

The MR quality control integrates perfectly with mixed reality-assisted maintenance and industrial digital twin. It completes the interactive work instructions AR for an end-to-end quality system.

Toward zero defects in your industry

Our experts analyze your current inspection processes and design an AR solution tailored to your quality and industry requirements.

Request a demonstration → All our use cases

Frequently Asked Questions

Here are some frequently asked questions about our company from quality directors and VP Operations.

With an augmented reality headset equipped with precise cameras and appropriate industrial lighting, we achieve a dimensional detection accuracy of 2 to 10 mm depending on the conditions. For tighter tolerances, we recommend integration with measuring arms or 3D scanners that provide the system with certified metric data.

CAD models can remain local on your OT servers and never transit over the internet. Myxed architectures support a complete on-premise deployment for groups subject to ITAR regulations, Defense classification, or sensitive intellectual property constraints.

Yes. We can develop a traceability system that automatically generates the quality records required by ISO 9001, EN 9100 (aerospace), and NADCAP. Our clients can obtain or maintain their certifications by integrating our solution into their quality management system.

Ressources liées : inspection et qualité XR