ECO-4695 · REV R · effective October 9, 2026
Automation & RoboticsRELEASEDEngineering notice
Rockwell and Tekna build automated tire inspection system
Rockwell Automation and Tekna have developed an automated tire inspection system, targeting the manual inspection bottleneck in tire plants.
Scope of change
- Rockwell Automation and Tekna jointly developed an automated tire inspection system
- The announcement was reported by Automotive Testing Technology International
- No deployment plants or independent benchmark data have been named yet
- The system aims to replace manual visual inspection at the tire production line
Rockwell Automation and Tekna have jointly developed an automated tire inspection system, the two companies announced in a report carried by Automotive Testing Technology International.
The partnership pairs Rockwell's industrial automation platform with Tekna's tire inspection expertise in an effort to remove human inspectors from one of the most labor-intensive stages of tire manufacturing and validation.
Why does automated tire inspection matter?
Tire inspection has long resisted full automation. Defects such as voids, thin spots, cord exposure and uniformity deviations require judgment calls that conventional machine vision has struggled to make reliably at line speed. As a result, many plants still depend on manual visual checks, which slows throughput and introduces operator-to-operator variability.
Rockwell supplies the automation and control layer that manufacturers already run across their plants, while Tekna contributes the inspection technology itself. For Tier 1 and Tier 2 tire suppliers, the appeal of a system built on a familiar control architecture is straightforward: integration cost and commissioning time drop, and quality data flows directly into existing plant systems rather than into a standalone quality silo.
What claims need verification?
As with any supplier announcement, the stated capabilities should be weighed against production data once the system reaches serial deployment. Key questions for any plant considering adoption:
- What defect types does the system detect, and at what escape rate versus trained human inspectors?
- What line speed does it sustain, and does it inspect cured tires, green tires, or both?
- How does it handle rework loops and traceability reporting back to MES and quality systems?
The companies have announced the system's development. Neither has yet published independent benchmark data or named deployment plants, so buyers should treat performance claims as unverified until third-party validation or customer-site results appear.
What to watch next
Watch for the first named tire manufacturer to run the system in production, along with any published detection-rate and throughput figures. Also worth tracking: whether Rockwell packages the inspection capability into its broader smart-manufacturing software stack, which would signal a push beyond standalone inspection cells toward full-line quality automation.
via Google News: Automotive quality and inspection (Source)
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Senior reporter covering marketplaces and e-commerce at Autoplant Brief.
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