SJ404DCF1-02E_mail.pdf - 第2页
[SJ404DCF1-02E] Saki Detector V2
X-ray Tube
Sample Stage
Detector Stage
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.
3Xi
-
M200
Improved efficiency and accuracy
with these three key features
Faster Cycle Time
The new conveyor design allows for loading of larger carriers -
now up to 460mm x 600mm. Through batch imaging and inspection
of multiple samples, cycle time is decreased, while operator
workload and preparation time are also improved.
Self-diagnosis function to prevent unplanned downtime
The self-diagnosis functionality prevents unexpected downtime.
The early alarm system allows for planned maintenance and
replacement of parts well before any system failure.
Visit our website for more product details
and to download the brochure
Highly accurate void inspection
Before noise cancellation After noise cancellation
Optimization of image capturing process
With both hardware and software simultaneously developed by
Saki in-house, the image processing is optimized such that CT
calculations present almost no delay to the inspection process.
Improved maintainability
With a revised lead protection design and sealed X-ray tube that
greatly reduces X-ray exposure on the sensor, Saki's latest detector
enjoys a significantly longer lifetime, resulting in fewer replacement
parts and less maintenance.
Heat sink shadows are removed
Image processing separates
the soldering layer and heat
sink, removing the pin-fin
shadows that interfere with
accurate void detection.
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).
Accurate 3D inspection
data is generated
❶
Multiple angled images
❷
Unique image calculation
❸
Hundreds of cross-sectional
images are rendered
Unparalleled
Accuracy
High-Speed Easy to Maintain
Unparalleled Accuracy
Inline 3D X-ray Inspection Machine for Power Module
Ease of maintenanceHigh-Speed
Complete 3D volumetric imaging assures reliable void detection in soldering layers typically invisible by optical inspection.
High-precision 3D inspection thanks to unique Planar CT technology
Before noise cancellation After noise cancellation
[SJ404DCF1-02E]
Saki Detector V2