| Industry
Testing and Research |
Current
Testing Fees |
| Clemson
is an ideal location for printing and packaging related testing and
research due to the unique combination of: |
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Contemporary
GC equipment in flexography, offset lithography, and screen printing
A state-of-the-art packaging science laboratory
The capability to utilize cutting edge technology
Consultation from all major engineering disciplines and experimental
statistics
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| Equipment
Specifications: (coming soon) |
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Clemson offers
both technology and expertise to facilitate your company's research
and testing needs. All results of company commissioned research
and testing are kept confidential.
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| Undergraduate
and graduate students under the supervision of a GC faculty member
can be hired on a semester basis to conduct research utilizing Clemson's
extensive facilities. For example, an emissions study was conducted
for the EPA utilizing the 47" Carint Gemini 1290 six-color central
impression flexographic press and solvent-based inks at Clemson's
Print/Con Center. |
| Product
testing relating to flexography, offset lithography or screen printing
can be conducted for both printers and suppliers. Full service capabilities
are offered including prepress and platemaking services as well as
actual on-press testing. Test design and analysis of test results
can also be provided. Often, suppliers will evaluate a developmental
product in Clemson's facilities prior to releasing it to market in
order to quantify its performance characteristics. Printers utilize
Clemson's facilities to evaluate various products and select the best
for their application without robbing valuable press time from their
production schedule. Testing at Clemson also ensures that the evaluation
is conducted under controlled conditions which are repeatable and
without bias. |
| Printers
elect to use Clemson's facilities to test new processes. Print trials
were conducted for a printer who made a flexo plate change and needed
to identify the appropriate anilox rolls. |
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Equipment manufacturers
employ Clemson's facilities for product development. Manufacturer's
have installed prototypes at Clemson in order to run tests to predict
actual field performance. For example, one manufacturer applied
their new chamber doctor blade system on one of Clemson's presses
in order to evaluate its ink usage, pumping efficiency, and ease
of use in a production setting. Because of the nature of the work
done in Clemson's facilities (many, many short runs), Clemson is
particularly attractive to equipment manufacturers interested in
evaluating the performance of their product over time, as related
to set-up and clean-up functions. Of course, tests can be designed
to evaluate the performance of a product over a long run as well.
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