Film Technical Information
2011-09-09 2G0733 4-3
lighting. This is virtually undetectable and has no effect on image quality
(typically 0.02 change in density). This small density increase is uniform
and permanent upon full exposure of the film under normal handling
conditions (room light or view box).
Archiving Developed
Film
The laser imaging film has been tested and can be archived for more than
100 years when stored at American National Standards Institute (ANSI)
recommended storage conditions at 25 °C (77 °F). Developed films may be
stored at higher temperatures; however, that may reduce the number of years
the film can be stored. For example, storing films at a constant elevated
temperature of 32 °C (90 °F) may reduce archive capability to 30 years.
Exposing to Moisture The laser imaging films typically withstand humidity, spills and other forms
of water without any significant effect on image quality or film integrity. If
needed, film can be cleaned with a clean, damp cloth.
Dissipating Odor Dry technology eliminates virtually all unpleasant odors. While some
low-level odors are produced during the development process, they pose no
known adverse health risks. Processing odor levels are further reduced by a
non-hazardous, recyclable filter in the Laser Imager. This filter traps most
low-level odors and prevents them from dissipating into the work
environment. To help maintain optimum performance, the filter requires
periodic replacement. The laser imager requires no special venting.
Dissipating Heat The laser imager uses controlled heat to develop the laser imaging film. The
heat has virtually no effect on the air temperature of the work area. The
amount of heat dissipated into an area during a day is typically less than the
heat generated by two to four 100 W light bulbs.
Recycling Film According to the Environmental Protection Agency (EPA) standards, the
laser imaging film is not considered hazardous and requires no special
disposal procedures. However, the film does contain silver and polyester
that may be recovered by using one of several recycling processes.
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