X Ray SMD Parts Counter AI Counting For SMT PCB Component Reel Inventory

The Wellman Microfocus X-Ray Parts Counter XC-01 is engineered for SMT electronics factories requiring precise, high-speed component counting. Featuring a 30μm focal spot and advanced AI deep learning, it delivers reliable reel and tray inventory management for PCB assembly lines.

• 80kV sealed X-ray tube offers long service life and maintenance-free operation
• 17-inch super-high-definition digital flat panel detector (FPD) delivers high-resolution imaging
• Exceptionally fast counting: four 7-inch reels or one 15-inch (380 mm) reel in under 10 seconds
• Broad compatibility supports reels and trays up to 17-inch (430 mm), including those fitted with moisture-barrier bags
• AI deep learning algorithm with lifetime free updates, compatible with MES, ERP, and WMS management systems
• All-in-one automatic workflow: synchronous barcode scanning and component counting plus auto label printing
• Intelligent reel identification eliminates manual switching between single and multi-reel modes
• Complete data tracking: work order number management with counting record search and statistical analysis

Our counting software utilizes powerful artificial intelligence that automatically identifies components without manual algorithm binding. The system learns from counted component data including:

• Aspect-ratio feature analysis
• Tracking of component image deformation
• Component corner angle measurement
• Slope analysis between components

Counting accuracy improves continuously as the system processes more components. The technology easily adapts to similar components or larger trays.

Every X-ray counter connects to our cloud database for:

• Automatic data and image uploads
• Continuous algorithm optimization by engineers
• Regular database updates for all customers

The system's counting accuracy approaches 100% over time, with expanding component type coverage. When encountering new components, the system leverages existing database knowledge for immediate high-efficiency processing.