Vitrox 3d aoi V510

Vitrox 3D AOI V510‌ is an automatic optical inspection device based on optical principles, mainly used to detect common defects in welding production. Its core function is to automatically scan the PCB (printed circuit board) through the camera, collect images and compare them with qualified parameters in the database. After image processing, defects on the PCB are detected and displayed on the display. ‌

Technical specifications and performance parameters

The main technical specifications and performance parameters of the V510 3D AOI include:

‌Detection speed‌: about 60cm²/second @15um resolution

‌Camera resolution‌: 12MP CoaXPress camera, FOV is 60x45mm@15um resolution

‌Minimum PCB size‌: 50mm x 50mm (2" x 2")

‌Maximum PCB size‌: 510mm x 510mm (20" x 20"), upgradeable to 610mm x 510mm (24" x 20") ‌

Application areas and functional features

The V510 3D AOI is widely used in multiple industries, including network, telecommunications, automotive, semiconductor/LED, electronic manufacturing services (EMS), etc. Its main functions include:

‌Defect detection‌: It can detect missing parts, displacement, tilt, polarity reversal, sideways, tombstone, leg bending/bending, multiple tweezers/few tweezers, flipping, short circuit of solder tweezers, wrong parts (OCV marking), pinholes (solderability & pin detection), coplanarity, leg bending (height measurement), foreign body detection and polarity fine-tuning measurement‌

‌High-precision detection‌: Through 3D technology, V510 can detect component coplanarity, pin elevation, component damage, foreign bodies, etc., improve test coverage and pass rate, and reduce false alarm rate‌

‌Software function‌: V510 supports automatic learning of components such as resistors, capacitors, ICs, QFNs, BGAs, etc., reducing programming time and improving detection efficiency‌

Market positioning and user evaluation

Vitrox V510 3D AOI is positioned in the market as a high-precision and high-efficiency detection equipment, especially suitable for production environments with high requirements for detection accuracy and efficiency. User reviews show that the device performs well in detection performance, stability and user service, and can effectively improve the quality and efficiency of the production line ‌

‌