For decades, traceable inline metrology was considered impractical due to limitations in speed, robustness, and data reliability. Recent breakthroughs in optical components, computing power, and automation have changed that reality.

In this presentation, Philippe Lambert, Ph.D., Chief Executive Officer at Polyrix, explores how modern inline 3D scanning systems can now capture complete part geometry automatically and in real time—directly on the production line.

Attendees will learn how Digital Twin technology enables full traceability, continuous quality improvement, and actionable inspection data, while meeting demanding takt times. The session will highlight key success metrics, including speed, accuracy, and reliability.

Through a real-world production example, the presentation will highlight what works in actual manufacturing environments. Applications across automotive, aerospace, and advanced manufacturing will be discussed, along with practical guidance on integrating inline metrology into new or existing production lines.

What You’ll Learn

✅ The evolution of optical metrology — and how recent breakthroughs, including physical A.I., are unlocking what was impossible just a few years ago

✅ How inline 3D scanning systems capture complete part geometry automatically — without slowing production

✅ The role of Digital Twins in traceability, quality control, and continuous improvement

✅ Key success metrics for inline inspection:
• Speed
• Accuracy
• Reliability
• Return on Investment (ROI)

✅ A real-world inline metrology example (what actually works in production)

✅ Applications across automotive, aerospace, and advanced manufacturing

✅ How to integrate inline metrology into new or existing production lines, without disrupting takt time

International Manufacturing Technology Show 2026

3D Inline Metrology: From Dream to Production Reality

Type

Conference

Description

Speakers