In an era where precision manufacturing reaches unprecedented levels, the detection of internal defects in electronics and semiconductor devices has become a critical component of quality control. Traditional inspection methods often fall short in identifying microscopic flaws, leading to reduced product yields and increased production costs. The XT V 130C Electronics and Semiconductor Inspection System emerges as a groundbreaking solution to these challenges.
The XT V 130C system combines exceptional flexibility with high cost-effectiveness, setting new benchmarks for X-ray inspection of electronic and semiconductor components. At its core lies a 130 kV/10W X-ray source developed by Nikon Metrology, renowned for its open architecture and integrated high-voltage generator. The system features an advanced high-resolution imaging chain with scalable upgrade paths, allowing users to customize configurations according to specific needs.
Potential upgrades include higher-power X-ray sources, rotational sample stages for multi-angle observation, automated inspection software for enhanced efficiency, high-definition digital flat-panel detectors, and future compatibility with computed tomography (CT) technology. This adaptability ensures the system remains at the forefront of inspection capabilities.
The system's performance stems from its patented Nikon Xi Nanotech X-ray source. The open-design architecture eliminates the finite lifespan concerns of traditional sealed-tube sources, removing the need for costly replacements. The integrated high-voltage generator simplifies maintenance by eliminating high-voltage cables while delivering virtually unlimited power output, significantly reducing long-term ownership costs.
User-replaceable filament components snap into place effortlessly, with intuitive software automating filament alignment calibration. This ensures consistent image quality year after year with minimal maintenance requirements. The XT V series achieves remarkable specifications:
The system's True Concentric Imaging technology maintains the region of interest at the center of view regardless of sample rotation, tilt, or magnification level. This ensures continuous, precise observation throughout the inspection process. The system accommodates extreme tilt angles up to 90° and full 360° sample rotation, simplifying examination of complex multilayer structures.
An intelligent five-axis programmable stage with a carbon fiber tray enables collision-free sample manipulation even at maximum magnification. Real-time control of both X-ray source and detector movement via intuitive joysticks provides seamless live imaging.
The XT V series comes equipped with Nikon's Inspect-X software featuring the C.Clear imaging engine. This intelligent system automatically adjusts image parameters like contrast and brightness in response to changing X-ray conditions and sample positions, consistently delivering sharp, clear images.
The software includes rapid-access toolbars, next-generation defect analysis tools, and specialized modules for sample measurement and PCB component analysis. Automated inspection modes maximize production efficiency, while standardized reporting formats generate compatible output for any PC system.
Advanced features include three-dimensional inspection through CT and X.Tract tomographic imaging, enabling digital slicing in any orientation for comprehensive geometric analysis of components.
Detection of fractured wedge bonds, deformed ball bonds, wire sweep, die attach failures, cold solder joints, bridging/short circuits, voids, and BGA defects.
Examination of both populated and unpopulated boards for surface mount defects including component misalignment, solder porosity, and bridging. Detailed inspection of vias, plated through-holes, and multilayer board alignment. Capable of analyzing wafer-level chip scale packages (WLCSP), BGAs, CSPs, and lead-free solder.
High-precision inspection of miniaturized, integrated microelectromechanical and micro-optoelectromechanical systems.
Internal structure examination and defect detection in various cables, harnesses, and plastic parts.
