Image Processing Device
Advanced image processing
with color handling capability.
2010.3
panasonic-electric-works.net/ac
Panasonic Electric Works
Image processing with advanced
functions that’s easy to use.
The AX40 inherits image processing technology built up over many years and
know-how derived from hands-on experience in the field. Even more important,
it is designed for the kind of performance requirements demanded by
our customers. Combining ease of use with sophisticated
functions, we have created an image processing device
that reaches a new level of perfection.
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Color images are displayed at high accuracy during inspection
and both color and gradation are processed.
The AX40 offers easy-to-grasp visual comprehension.
[Functions]
Fully featured with basic functions such as 360° contour matching,
smart matching, and versatile rotation and positional adjustment.
[Setting and Operation]
Maintenance and initial setup support functions included
and an easy-to-use operation menu.
Interface
Operator stress is reduced thanks to a high-speed memory slot,
high-speed Ethernet (100BASE-TX), and software tools.
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Features
Versatile image processing that enables gray scale and color processing.
A world first!
∗
Differentiation processing is possible in addition to color and gray scale processing and binarization. High precision image processing
means you can use it in a wide range of applications.
Full color
Gray scale
Gray scale differentiation
Color extraction
Binary
Binary differentiation
Verify images on a beautiful color monitor. View two images simultaneously.
The AX40 uses a dedicated LCD VGA color
monitor. Visual clarity is in a league apart
from conventional NTSC monitors.
Judgment results are displayed large and in
color, which makes them easier to see. A
font consisting of 18-dot characters is used,
so even Japanese kana and kanji
characters can be displayed.
A world first!
∗
Simultaneous image display from two cameras
(This shows an image processed with gray scale and binary differentiation.)
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360° contour matching
A world first!
By calculating contour lines and judging,
stable positional detection is possible even
for hidden, overlapped objects that have
been difficult to detect up to now. Thanks to
this, better yields are achieved.
∗
Smart matching
A world first!
Gray scale matching makes sub-pixel
positional detection possible. Furthermore,
shape inspection, such as for the detection
of chipped objects, can be carried out
simultaneously with the gray scale
difference processing function.
∗
Numerical calculation/
judgment output
Top class
The computation function, which has been
troublesome up to now, now supports
Japanese, so settings can be easily made,
even by beginners to image processing.
Also, operation has become even easier
thanks to the ability to set both numerical
calculation and judgment output on the
same screen.
Template
Detected
image
Previous
AX40
Difference result
Versatile rotational and positional adjustment
Highly accurate and reliable inspection is
realized by automatically adjusting object
orientation and stop position deviation.
Since adjustment is done using gray scale
data, the AX40 shows its strength when it
comes to changes in brightness.
Complicated adjustments are possible
because of the priority adjustment function.
I
Multiple adjustment
Top class
Mask
The shape of the
inspection area can
be set to match
particular targets.
Also, mask area
settings can also be
combined so that
efficient inspection
can be carried out
just for a required
part.
Inspection area
G
Positional adjustment
G
Rotational adjustment
G
Multiple adjustment
G
Priority adjustment
Reliable positional adjustment
by filter processing
In order to boost rotational position
accuracy, filter processing is used to
realize stable image processing even for
images containing much noise.
Noise
Noise removed
Mask
Color tone diagram
Fine adjustment for
color inspection is
possible. Even
when colors
resemble each
other, the target
color alone can be
extracted to enable
highly accurate
inspection.
Without filter
processing
With filter
processing
*As of October 2003 (MEW data)
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