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The system uses advanced computer vision to scan weld areas, identify flaws, and support faster, more accurate inspection—reducing the need for manual checks.
Highly accurate
Instant results
Our AI-powered weld analysis system provides unmatched precision and performance
Advanced neural networks identify weld defects with high accuracy even in complex environments, detecting multiple anomalies simultaneously with real-time processing capabilities.
Multi-label classification system that categorizes weld types and defects with detailed taxonomies, supporting custom class definitions for specialized welding applications.
Oriented Bounding Box technology provides precise spatial recognition of weld seams, capturing orientation and dimensions for accurate dimensional analysis and quality control.
Our system combines state-of-the-art computer vision techniques with deep learning to deliver unparalleled weld recognition capabilities. The process begins with multi-scale feature extraction, followed by hierarchical defect proposal generation.
For classification, we employ a hybrid architecture combining convolutional neural networks (CNNs) with attention mechanisms, allowing the system to focus on critical weld features while maintaining spatial relationships and defect patterns.
The OBB implementation uses rotational invariant features to determine weld orientation, then applies geometric constraints to generate precise bounding boxes that match the weld's actual dimensions and alignment for accurate quality assessment.
From project creation to exporting annotated data — simplified and efficient.
Start a new weld inspection project with custom settings and configurations
Import high-resolution weld images or video streams for processing
Add or create labels to define weld defects
Use our advanced OBB tools to precisely mark and annotate weld areas
Generate comprehensive reports or export data for further analysis
Explore how our AI weld analysis can transform your quality control workflow
Our AI-powered industrial weld inspection system leverages advanced computer vision techniques to analyze high-resolution images and video streams in real-time. It detects even the tiniest weld defects, porosity, cracks, or dimensional inaccuracies across a variety of welding processes.
This solution integrates seamlessly with existing production lines, automatically classifying defects by type and severity. It reduces manual inspection time, eliminates human error, and increases operational efficiency while maintaining the highest quality standards.
Whether it's TIG welding, MIG welding, or specialized industrial applications, our platform adapts to diverse welding needs—ensuring consistently high product quality and faster turnaround times with comprehensive defect analysis.
Experience the difference with our user-centric AI weld inspection solution
Intuitive interface designed for welding professionals with guided inspection workflows.
Easy to UseCreate and manage custom weld defect classes with hierarchical taxonomies for specific applications.
FlexibleProcess video streams with temporal consistency and continuous weld quality tracking.
Real-timeDedicated technical support with welding and AI experts through multiple channels.
Always AvailableEnterprise-grade security with encryption, compliant with industrial regulations.
SecureIntuitive interface designed for welding professionals with guided inspection workflows.
Easy to UseCreate and manage custom weld defect classes with hierarchical taxonomies for specific applications.
FlexibleProcess video streams with temporal consistency and continuous weld quality tracking.
Real-timeDedicated technical support with welding and AI experts through multiple channels.
Always AvailableEnterprise-grade security with encryption, compliant with industrial regulations.
SecureOur AI weld detection and classification system, powered by an Oriented Bounding Box (OBB) methodology, represents the next generation of industrial quality control technology. By integrating advanced neural networks with precise geometric analysis, it delivers exceptional accuracy and robustness in complex welding scenarios.