Webinar | Automating End-of-Line Functional Testing Without a Dedicated QA Team

In this webinar, we’ll break down how we built and deployed a custom robotic testing system for an electrical equipment manufacturer - saving €195K every year while eliminating floor-level cloud dependencies and compliance bottlenecks.

Rather than letting engineering teams stay trapped in endless, failed pilot loops with rigid off-the-shelf cells, we implemented an edge-ready framework engineered to:

• Master real-world line variability by reacting seamlessly to physical part differences, mixed-model runs, and multi-step test dependencies
• Guarantee total regulatory compliance by automatically logging tamper-proof serial numbers, timestamps, and pass/fail data straight to secure storage under IATF 16949, AS9100, and FDA 21 CFR Part 11 guidelines
• Run local AI workflows at full speed via an on-premise single-board computer linked to the MES, keeping operations moving without relying on live web connectivity
• Unify custom optics with smart motion through a multi-sensor setup featuring dual cameras, LiDAR guidance, and tailored motion planning

The outcome wasn't a sterile vendor showcase. It was a fully operational, factory-floor deployment that took over end-of-line QA and cut €195K in annual manual testing expenses.

What we cover:

• The structural QA crisis: A look at 2026 manufacturing trends and why standard commercial robot cells collapse when faced with product variety
• Inside the case study: What failed during the manufacturer's first attempts, how they pivoted, and the technical architecture of the final build
• Overcoming sensor limitations: Why standard vision fell short on part placement - and how combining dual cameras with LiDAR fixed the accuracy gap
• Industry benchmarks & edge tech: How traditional cell configurations stack up against edge-computed, offline-first automation architectures
• Automating audit readiness: A practical look at streaming real-time test output directly to AWS S3 to eliminate manual record-keeping entirely