Falcon32 offers an imaging option for keying data from scanned images
stored in single and multi-page graphic files. The program can also recognize
characters printed on the scanned images and auto-fill specified fields
with the data.
Input conversion for all popular image formats
(TIFF, JPEG, PDF, etc.)
Support for multi-image file formats
Zone definition—define key-from-image zones
Option to put the image window on top and
fill the screen for heads-down data entry
Robust keyboard orientation control as demanded
by data entry experts
Split-second response rate for displaying
the next image
Form recognition—Falcon32 can identify a predefined string of characters on an image and display the corresponding data entry application and format
Rubber-banding—draw temporary character recognition zones on an image to capture large amounts of arbitrary information (such as a property description on a deed)
Key-from-Image
Ideally, data entry operators would never need to
take their hands off the keyboard for any reason. Now with Falcon32 and
its powerful imaging option, they don’t have to. The Falcon32 imaging
option has all the powerful heads-down data entry features professionals
have come to expect from Falcon data entry products with all the benefits
of keying from an image.
When you reach the end of one record, the software
automatically displays the next image. As you enter a field, the area
from which you are keying comes into view and is highlighted. A field
prompt window displays the field you are currently keying. The “on
top” feature places the image window on top and toggles to the data
entry screen if the system detects a keying error. You can also use this
feature to fill the screen with your image, mirroring the heads-down data
entry experience.
Falcon32 makes key-from-image just like paper…but
better!
Combined with the already feature-rich Falcon32 system
these imaging capabilities give you the tools you need to get
the fastest, most accurate results. That translates into huge cost savings
for any data entry operation.