Saki - In-line automated 3D X-ray inspection system 3Xi-M200
SAKI-X2
Inline 3D X-ray Inspection Machine for Power Module
Saki - In-line automated 3D X-ray inspection system 3Xi-M200
SAKI-X2
Inline 3D X-ray Inspection Machine for Power Module
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Nick Janssen
Product specialist
Description
High-precision 3D inspection thanks to unique Planar CT technology
Complete 3D volumetric imaging assures reliable void detection in soldering layers typically invisible by optical inspection
Unique hardware structure guarantees high-accuracy
The unique hardware structure features a fixed X-ray source, moving detector and component in parallel to reduce vibration during imaging, ensuring premium high-definition images.
High-precision 3D data generation process
The Planar CT capturing process and calculation utilizes images from multiple angles to generate a full spread of hundreds of high-res cross-sectional images. The combined images provide highly accurate 3D data for incredible inspection accuracy.
Highly accurate void inspection
Use of the noise cancelation filter accurately detects elusive thin voids. The following image shows use of the noise cancelation filter in detecting thin voids. The left image (no filter) misses the void area clearly visible in the right image (filter applied).
Specifications
| Size (WxDxH) | 1380 x 2150 x 1862 mm |
| Weight approx. | 5200 Kg |
| Electric power requirement | Single-phase ~ 200-240V +/-10％, 50/60Hz |
| Resolution | 51μm - 104μm |
| Tube | 180kV 90W, Closed X-ray Tube |
| X-ray leakage | 0.5μSv/h or less |
| Air requirement | 0.5MPa, 5 l/min (ANR) |
| Target board size in mm | 50 W x 140 L / 460 W x 440 L - 50 W x 140 L / 460 W x 600 L |
| PCB clearance | Top 68mm, Bottom 40mm |
High-precision 3D inspection thanks to unique Planar CT technology
Complete 3D volumetric imaging assures reliable void detection in soldering layers typically invisible by optical inspection
Unique hardware structure guarantees high-accuracy
The unique hardware structure features a fixed X-ray source, moving detector and component in parallel to reduce vibration during imaging, ensuring premium high-definition images.
High-precision 3D data generation process
The Planar CT capturing process and calculation utilizes images from multiple angles to generate a full spread of hundreds of high-res cross-sectional images. The combined images provide highly accurate 3D data for incredible inspection accuracy.
Highly accurate void inspection
Use of the noise cancelation filter accurately detects elusive thin voids. The following image shows use of the noise cancelation filter in detecting thin voids. The left image (no filter) misses the void area clearly visible in the right image (filter applied).
