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The CyberOptics QX600 uses strobed image acquisition to inspect assembled PCBs at 12 μm pixel resolution. Its inspection scope includes component presence, polarity, position and visible solder-joint defects.
Statistical Appearance Modeling evaluates the appearance of acceptable components and joints. This gives the platform a different programming approach from inspection systems that require extensive adjustment of individual algorithms.
The QX600 is a 2D inspection system. It evaluates visible features and should not be presented as a full 3D height-measurement machine.
We distinguish the standard QX600 from the larger-board and dual-lane variants when specifying board capacity and conveyor requirements.
CyberOptics QX600 Core Technical Specifications
| Paarameetarii | Ispeesifikeeshinii |
|---|---|
| Adda duree | QX600 |
| Gosa Inspeekshinii | Inline 2D AOI |
| Pixel Resolution | 12 μm |
| Published Typical Scanning Speed | 200 cm²/s |
| Minimum Component Size | 0402 metric / 01005 imperial |
| Standard PCB Length Range | 50–457 mm |
| Standard PCB Width Range | 50–308 mm |
| Maximum Top-Side Component Clearance | 35 mm |
| Minimum Bottom-Side Board Edge Clearance | 3 mm |
| Image Analysis | Statistical Appearance Modeling |
Scanning speed is not the complete board inspection cycle. Board coverage, inspection content and conveyor handling affect production throughput.
