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High-precision optical system that measures and analyzes the full 3D geometry of steel rebars using computer vision and digital imaging. It replaces manual gauges with an automated, non-contact solution that ensures dimensional accuracy, detects production anomalies, and supports compliance with EN ISO 15630-1. Target users include steel manufacturers, quality-control laboratories, and construction-material producers seeking faster and more reliable inspection.
Integrated AI algorithms for rib geometry extraction, alignment, and defect classification. Fully automatic measurement and reporting within seconds. Compliance with international standards (EN ISO 15630-1, EN 10080). Direct integration with AI-Metrics software for capability and trend analysis
It can be installed inline or used as a standalone laboratory station. It communicates with factory databases via standard protocols. The modular design allows adaptation to various nominal diameters and production speeds. Integration typically requires only mechanical mounting and network connection.
Creon Scientia d.o.o. provides full installation, user training, calibration, and remote technical support. Customized software updates and AI-Metrics data analytics integration are offered to maximize performance. Periodic maintenance, system validation, and refresher training programs are available on request.
Yes, it operates under CE conformity and complies with EU Machinery and EMC Directives. It follows EN ISO 15630-1 and EN 10080 testing standards. By reducing manual re-measurement, waste material, and energy use in re-rolling operations, it supports sustainable manufacturing practices in line with EU Green Deal objectives.
The system has been successfully implemented in multiple steel manufacturing plants to automate rebar geometry measurement. The system replaced manual gauges and mechanical micrometers with a fully digital optical process. Samples are scanned in seconds, producing real-time reports.
The automated system reduced human error and eliminated sample rejection caused by inaccurate manual measurements. One customer successfully obtained CARES (UK Certification Authority for Reinforcing Steels) accreditation using the system as part of their certified quality-control infrastructure.
https://www.psaron.com/docs/RIB3D_Brochure.pdf
The system typically achieves ROI within 6–12 months after installation. The savings come from reduced manual labor, minimized scrap and rework, and improved production efficiency. Automated inspection prevents costly nonconformities before shipment and supports compliance with international certifications such as CARES, enabling access to new export markets.
Initial investment includes the complete system with optical hardware, software license, calibration accessories, and installation. Maintenance costs are minimal: limited to annual calibration, software updates, and optional service agreements. The system is designed for long-term industrial use with standard components and remote support capability, ensuring low operational downtime.