PV-S450 Series Photovoltaic Screen Automated Optical Inspection Equipment
High-Precision AI Inspection for Photovoltaic Screen Manufacturing
The PV-S450 Automated Optical Inspection Equipment is designed for photovoltaic screen defect detection.
It combines AI deep learning, optical imaging, and traditional comparison algorithms.
The system delivers full-field, high-speed inspection for modern PV manufacturing lines.
It significantly reduces manual inspection errors and improves production stability.
Advanced AI Vision Inspection System
The system integrates a 20-megapixel industrial camera with dual telecentric lenses.
High-resolution imaging ensures accurate defect capture without optical distortion.
LED lighting provides stable illumination for consistent inspection results.
The Automated Optical Inspection Equipment automatically parses CAM Gerber 274X data.
It performs intelligent comparison between design data and real screen images.
AI algorithms classify and locate defects in real time.
Intelligent Detection Workflow
The PV-S450 Automated Optical Inspection Equipment supports full-process automation.
It automatically scans and extracts coordinates from screen images.
Defects are displayed with real images for secondary verification.
Laser markers indicate precise defect locations for fast repair work.
All inspection data is stored for traceability and SPC analysis.
The system supports MES integration and barcode scanning for smart factories.
Supported Defect Types
The system detects a wide range of photovoltaic screen defects.
Typical defects include:
- Broken fibers and missing lines
- Blocked apertures and contamination
- Pinholes and sand holes
- Misalignment and pattern distortion
- Residual mesh and coating defects
- Bubble defects and imaging errors
- Frame deformation and coating issues
Threshold settings can be customized for different production standards.
Performance and Technical Advantages
The Automated Optical Inspection Equipment supports screen sizes up to 736mm.
Inspection accuracy reaches micron-level precision at 2.4μm resolution.
Detection speed ranges from 150 to 200 seconds per piece.
A magnetic levitation drive system ensures stable motion performance.
Laser autofocus improves measurement stability and repeatability.
SPC analysis provides statistical quality control and process optimization.
Industrial Applications
The system is widely used in high-end photovoltaic manufacturing.
Typical applications include:
- Solar screen printing mesh inspection
- Photovoltaic electrode pattern inspection
- Microelectronics stencil quality control
- PCB precision screen inspection
- Semiconductor auxiliary screen inspection
It supports full production lifecycle inspection.
Key Advantages
- AI-powered defect recognition system
- High-resolution optical imaging system
- Automatic CAM data parsing and comparison
- Full MES and barcode integration
- Real-time SPC statistical analysis
- High-speed non-contact inspection
- Customizable inspection thresholds
- Stable industrial-grade mechanical structure
System Integration and Customization
The PV-S450 Automated Optical Inspection Equipment supports OEM customization.
Users can configure MES interfaces and data communication protocols.
Multi-level user permissions ensure secure production management.
Inspection workflows can be tailored for different factory environments.
Conclusion
The PV-S450 Automated Optical Inspection Equipment provides intelligent, high-precision inspection for photovoltaic screens.
It enhances yield, reduces labor cost, and ensures consistent product quality in modern solar manufacturing.
