WELLMAN In-line Industrial X-Ray Inspection Machine IL-3000

The WELLMAN IL-3000 is a high-performance in-line industrial X-ray inspection system, built for automated PCB and BGA void detection in SMT manufacturing scenarios.

• Closed-type X-ray tube: over 10,000 hours of service life and maintenance-free performance
• New-generation 5" HD digital flat panel detector (FPD)
• Auto-navigation window: the table moves to the position you click
• Belt transmission with adjustable width (maximum width up to 620mm)
• 6-axis motion system equipped with servo motors (X-ray tube and FPD move synchronously)
• Customizable inspection procedures for automated high-volume inspection
• Intuitive operation with minimal training required (2 hours)

• Emergency stop button located near operation position
• Transparent lead glass observation window for safe internal viewing
• Window and back door safety interlock system
• Radiation leakage: No leakage (≤1μSv/h, international standard)
• Electromagnetic safety switch locks when X-ray is active
• Automatic tube protection when software is exited

• Full control via keyboard and mouse
• X-ray tube control through mouse click, with real-time display of voltage and current
• Status bar shows interlock, pre-heat and X-ray status
• Image brightness, contrast and gain are adjustable
• Product parameter saving and recall for efficient inspection
• Navigation window for precise table positioning
• Adjustable axis movement speeds (slow, normal, fast)
• Real-time motion axis coordinate display
• Inspection result display with measurement data

• Automatic calculation of voids rate, solder ball area, circumference, etc
• Manual void addition via polygon or freehand drawing
• Parameter saving for consistent product inspection
• Adjustable grayscale threshold, pixel, contrast, and size filtering parameters

• Radius measurement for circular components
• Distance measurement between points
• Distance rate calculation for through-hole soldering
• Angle measurement between points
• Perimeter measurement for square components

• Automatic feature recognition for distinctive inspection points
• Manual inspection point setting
• Array inspection for regular patterns