Hexagon Boosts Shopfloor Productivity with Advanced TubeInspect and BendingStudio XT

Why It Matters

By cutting inspection cycle times and enabling flexible, low‑cost measurement, Hexagon’s update accelerates production efficiency and supports the fast‑growing electric‑vehicle supply chain. It also mitigates skill‑shortage pressures by simplifying metrology tasks for shopfloor operators.

Key Takeaways

• TubeInspect delivers seconds‑fast, non‑contact measurements on shopfloor.
• BendingStudio XT now measures multiple parts simultaneously, cutting cycle time.
• Integrated handheld scanners enable flexible, low‑cost tube inspection.
• New EV hairpin correction reports boost electric‑vehicle component quality.
• CAD adapter supports rectangular busbars, streamlining design‑to‑part verification.

Pulse Analysis

The manufacturing sector has long wrestled with the trade‑off between measurement precision and production speed. Hexagon’s enhanced TubeInspect system tackles this dilemma by embedding high‑speed optical metrology directly into the production line, eliminating the need for separate inspection stations. Real‑time data feeds into quality‑control loops, allowing immediate corrective actions and reducing scrap rates. This approach aligns with Industry 4.0 principles, where data‑driven decision‑making and seamless equipment integration drive operational excellence.

Electric‑vehicle manufacturers, in particular, benefit from the new BendingStudio XT capabilities. The software’s dedicated correction reports for motor hairpins address the tight tolerances demanded by high‑performance EV drivetrains. Coupled with handheld 3D scanners, smaller suppliers can now perform accurate tube inspections without investing in costly automated cells, democratizing access to advanced metrology. The flexibility to scan parts in‑situ also shortens set‑up times and supports distributed production models that are becoming common in the EV ecosystem.

Beyond immediate productivity gains, Hexagon’s rollout signals a broader shift toward accessible, digitized quality assurance. By lowering the expertise barrier through intuitive green‑red light feedback and CAD‑driven verification, the solution helps firms navigate the current skills shortage in precision engineering. As manufacturers continue to adopt modular, software‑centric inspection tools, the industry can expect faster innovation cycles, tighter supply‑chain tolerances, and a more resilient path toward fully automated, data‑rich factories.