|
Quad Processing
Class No.1 speed
Single processing led to dual processing, and now the FZ4 takes
evolution one step farther with quad processing featuring multi-core,
multi-thread operation. Parallel execution of the process flow is
automatically calculated to achieve optimum allocation of tasks
according to the processor load to achieve the fastest processing in
this class. The rapidly-evolving Intel® processors are used.
Performance is maximized with a unique software structure that is
matched to the processors.
Four-track Parallel
Processing
Software that has been designed specifically for quad processing
automatically determines the faster processing scheme. Maximum speed
has been achieved even for High-resolution Cameras and search
processing, both of which place a high load on the system.
High-speed Processing for High-resolution Images of 5 Million Pixels
Twice the Processing Speed
Multi-core processing distributes processing to increase speed even
for individual processes. The results are the most apparent for
high-resolution images.
Increase Quality without Increasing Takt Time
Even if the takt time takes priority, you can still process
high-resolution and Real Color images with limited affect on the takt
time. We can help you increase quality for both color and resolution.
Multi-input Function
Faster processing by preceding image
capture and inspection in parallel
Up to
32 image capture
Each camera has its own image buffer for storing image data that is
separate from the main memory used for measurement processing. This
allows for up
to 32 frames of continuous high-speed image capture even while the
main memory is processing measurement data.
A Revolution in Searching Power. Shape Search II
Greatest Detection
×
Class No.1 speed
The technology to find image patterns forms the basis of image
sensing. The FZ4 features the Shape Search II, a new processing item
that focuses on outline information. Even with overlapping images,
tilting, or deformation, both the accuracy of recognizing image
patterns and the speed of processing high-resolution images are
ensured.
Maximizing Detection Performance
Maximizing Speed
High-speed Processing at High Resolution Throughout 360° Rotation
With previous searching, the processing time was greatly increased if
the workpiece was rotated or if the image resolution increased. With
Shape Search II, processing time is not greatly delayed throughout
360° rotation or if resolution is increases. Manufacturing takt time
can be reduced and inspection items can be added to help increase
quality.
Maximizing Stability
Industry-leading positional precision
After finding the general position and orientation of the workpiece,
position information on edge points enables finding the precise
position and orientation. The edge point position information instead
of image density information is used to detect positions more
precisely than with normal searching methods.
Optimizing Settings
Detection performance, speed, and stability mean that you do not need
to adjust detailed parameter settings. You can quickly achieve the
optimum settings and minimize setting errors caused by trying to
increase performance or caused by worker differences.
|
Clearance Centre
