MIRTEC GENESYS-AUTO 3D AOI combines the largest defect detection capabilities, automotive electronics specificity, and cost-effectiveness. It integrates both 2D and 3D inspection. Five (5) 15MP CoaXPress color cameras are combined with MIRTEC's exclusive 12-projection digital blue moiré technology. Anti-reflection technology is specifically designed to detect reflective objects, especially solder joints and pin headers in high-end electronics manufacturing industries such as automotive electronics, aerospace, and defense. Due to the relatively high standards for 3D inspection in these fields, other 3D AOI systems equipped with traditional 3D technology struggle to meet these advanced inspection requirements.

● Exclusive 15MP / 25MP CoaXPress camera system
● OMNI-VISION? 3D digital triple-frequency moiré technology
● Leading 12-projection blue DLP technology
● Precision compound telecentric camera lens
● Eight-phase color lighting system
● 10MP / 18MP Side-Vision? camera system
● Programmable Z-axis multi-focus system
● INTELLI-PRO? automatic programming software
● Multi-functional AOI-SPI fusion technology
● INTELLISYS? Industry 4.0 smart factory automation system

MIRTEC 3D AOI GENESYS-AUTO Series Features:

1. Component inspection up to 50mm in height
? MIRTEC's proprietary hybrid 3D inspection technology provides uniform accuracy measurements across the entire 3D measurable range, unaffected by external factors such as PCB density and material characteristics.
? Inspection of components up to 50mm in height via optical Z-axis movement
? Intelligent inspection software based on AI deep learning methods
2. Press-fit pins, single pins, pin arrays, fork pins, and connector pin inspection
3. Applicable for both pin components and SMD component inspection
4. Side-Vision?: Simultaneous five-sided inspection using an 18-megapixel side camera
5. Artificial Intelligence: MIRTEC's Total Remote Management System (TRMS) is a fully integrated Industry 4.0 solution that combines remote management with real-time data monitoring and analysis for each system within the SMT production line.