China Automated Vision Inspection Solutions
Glass Coating Inspection Machine
- Architectural Glass
- Automotive Glass
- Display Glass
- Home Appliance Glass
Overview
The glass online inspection system can detect defects in real-time during production and provide product quality information. It records quality data to optimize production processes. The system performs non-contact edge defect detection, surface flaw inspection, and dimensional measurement for products of varying widths and machine speeds.
Using a linear image sensor, the vision system scans targets in real-time to form images. Specialized image processing and analysis software based on an industrial control computer automatically detects surface defects, measures dimensions, and logs defect data into a categorized database. The system features a user-friendly Windows-based graphical interface.
Highlights
-- Recipe Management
The software allows customized parameter settings for each product type, saved as a “recipe.” During production, simply selecting the recipe automatically loads the corresponding parameters.
-- Classification
Defects are accurately classified using AI-based analysis of captured images, enabling customized criteria for different defect types.
-- Defect Recording (Database Functionality)
Defect characteristics and image data are stored in database files for offline queries, reporting, and printing.
-- Real-Time Interface Display
Instantly shows detected defect images, characteristic data, and trend charts.
Machine Performance Specification
| Parameter | Value |
|---|---|
| Glass Type | Flat Glass |
| Physical Resolution | 0.07 mm |
| Defect Detection Accuracy | 0.2 mm |
| Power Supply Voltage & Power Rating | 220V, 2kW |
| Ambient Temperature | Below 30°C |
| Detection Target Range (Conveyor Dir.) | Field adaptable width |
| Min. Roller Gap at Detection Station | 50 mm |
| Max. Line Speed | 40 m/min |
| Fastest Detection Rate (excl. scan) | < 3 sec/piece |
Defects Detected During Projects
-- Pinhole
-- Coating Flaking
-- Coating Scratch & Microcrack Network
-- Contamination
