Improve inspection accuracy, automate defect detection, and support high-precision manufacturing with AI and Computer Vision.
SotaVision provides configurable AI and Computer Vision capabilities that can be adapted to different products, components, inspection criteria, and production environments.
Detect Small & Complex Defects
SotaVision can automatically detect surface defects such as:
AI models can be configured for different defect types and product requirements, enabling more flexible inspection than fixed rule-based approaches.
Detect scratches, cracks, oxidation, small holes, and other surface abnormalities. Use AI-powered visual inspection to automate the detection of visible defects on precision components and products. Applications: Surface Inspection · Defect Detection · Quality Inspection
Verify that required components are present and correctly positioned. Compare production images with reference images to identify missing or misplaced components before products move to the next stage. Applications: Component Inspection · Position Verification · Assembly Inspection
Identify dimensional differences against a defined reference. Compare actual product images with digital reference models to identify dimensional deviations in precision components. Applications: Measurement · Dimensional Inspection · Quality Control
Identify incorrect or missing assembly actions. Analyze operator hand movements to identify incorrect operations or missing assembly steps, supporting worker training and process improvement. Applications: Hand Tracking · Assembly Monitoring · Process Improvement
Inspection workflows can be adapted to different products, components, defect categories, and inspection criteria rather than relying on a fixed inspection model.
SotaVision can run AI models on Edge/IPC devices directly within the production environment, enabling local and low-latency processing.
The platform works with industrial cameras, IPCs, and Edge devices and can integrate with existing inspection infrastructure.
Image streams, inspection data, and processing can remain within the factory's local environment, with air-gapped deployment supported.
