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With Perfect Page, scanning is faster and easier than ever.
Scanning is all about capturing documents and converting them into images
and information.
You'd like to push a button and get perfect images. That's what has driven
Perfect Page innovation for two decades. Every Kodak Scanner represents
decades of experience designing, developing and producing high-speed
document transport, optics, illumination and image processing. It all adds
up to document capture that's easy, fast, and reliable.
With Perfect Page, less document preparation is required before scanning.
Rescans and operator interventions are virtually eliminated. After scanning,
forms processing and data entry can proceed at maximum speed. This results
in labor savings and optimum productivity.
The Perfect Page legacy: awesome processing power.
Here's a quick look at our current image processing capabilities, which vary by
scanner model, followed by an overview of emerging Perfect Page technology
that optimizes scanning even more.
White level trackingautomatically adjusts white balance according to
what the scanner "sees," and delivers more consistent image rendering—page
to page, batch to batch and scanner to scanner.
Deskew, fixed rotation, automatic cropping, border correction—these
capabilities combine to deliver right-reading documents with smooth edges
without operator intervention. White background deskew capabilities further
improve image appearance by eliminating black borders. Fixed rotation allows
landscape feeding for throughput improvements of up to 20 percent for
letter-sized documents while delivering portrait-format document images that
are right-reading.
Automatic color detectionthe scanner can automatically switch between
color and black-and-white output according to what appears on each page.
This enables more efficient image transmission and storage because you only
capture what you require, color or black-and-white, within the same batch.
iThresholding and Adaptive Threshold Processing (ATP)—analyzes the
foreground and background of document images, assessing brightness and
contrast, then automatically sets optimal threshold values. This optimizes image
quality, making content such as light pencil marks more readable.
Blank image detection/removal—recognizes blank images and automatically
deletes them. By eliminating images that contain no data, this capability
reduces demands on network bandwidth and storage capacity.
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