2011 AIMCAL MARCH MANAGEMENT MEETING Speakers
2011 AIMCAL MARCH MANAGEMENT MEETING Speakers
2011 AIMCAL MARCH MANAGEMENT MEETING Speakers
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manager. Pre-priming helps optimize<br />
uniformity and adhesion, and Mica’s<br />
A-131-X can be applied via most coating<br />
methods. Applications include packaging<br />
for dry, refrigerated and frozen foods.<br />
For more information, visit www.micacorp.com.<br />
***<br />
OptiMike OM190 optical micrometer<br />
from NDC Infrared Engineering,<br />
Irwindale, California, measures the<br />
thickness of plastic sheet, foam, thick film,<br />
and rubber products. A light-emitting<br />
diode (LED) in the noncontact sensor<br />
projects a beam of light across the apex<br />
of the product wrapped over a referencebacking<br />
roll. On the opposite side of the<br />
roll, a precision charged couple device<br />
(CCD) micrometer array measures the<br />
exact location of the top surface of the<br />
product as the sensor scans the sheet.<br />
An integrated eddy current sensor measures<br />
the distance to the surface of the<br />
roll. The data from the CCD array and<br />
the eddy current sensor are combined to<br />
provide a total thickness measurement.<br />
Unlike competitive Shadow Sensors and<br />
Air Caliper Gauges, the OptiMike sensor<br />
does not require air or water utilities,<br />
further contributing to its reliability and<br />
low operating costs. Unlike laser triangulation<br />
gauges, the OptiMike sensor<br />
does not penetrate the product surface,<br />
nor is it sensitive to the color, gloss,<br />
opacity or porosity of the material. “This<br />
non-nuclear sensor offers a high return<br />
on investment with a low total cost of<br />
ownership and does not require regulatory<br />
licenses,” says Ray Shead, marketing<br />
manager. “This sensor also provides<br />
high-resolution measurement with<br />
excellent repeatability, reliability, and<br />
accuracy. When combined with a basis<br />
weight gauge, a very accurate and costeffective<br />
foam density measurement can<br />
be made,” he concludes. The OptiMike<br />
sensor is already working on sheet processing<br />
lines in the United States and<br />
The iSensor OptiMike OM190 optical micrometer<br />
incorporates a full suite of diagnostics that are supported<br />
by an interactive graphical user interface. A<br />
thermo-electric cooling system protects the sensor<br />
and its electronics.<br />
26 Holiday 2010 www.aimcal.org<br />
NDC’s FG710S online thickness measurement achieves<br />
close profile correlation on voided film compared to an<br />
off-line laboratory instrument and superior results to a<br />
beta gauge.<br />
United Kingdom.<br />
The new FG710S optical sensor measures<br />
the thickness of clear, filled, voided,<br />
and pearlized films. Until now, density<br />
variation has made measuring the thickness<br />
of voided films difficult. The patented<br />
optical design, selection of discrete<br />
near infrared wave-lengths, and powerful<br />
sensor algorithms overcome density<br />
variations. This is especially important<br />
in the TDO section where non-uniform<br />
stretching and the cross-web voiding<br />
“gradient” directly reflect the density dif<br />
ferences within the product. The unit’s<br />
unique infrared thickness measurement<br />
capability helps produce unrivalled flat<br />
film and rolls for products thicker than<br />
10 microns. For example, voided microporous<br />
battery separator film thickness is<br />
commonly measured using the FG710S<br />
sensor. In addition, a single FG710S<br />
gauge can simultaneously measure<br />
the individual components in a coextruded<br />
film with up to four components,<br />
including polyethylene terephthalate,<br />
polypropylene/polyethylene, polystyrene,<br />
polyvinyl chloride, ethylene vinyl<br />
alcohol, acrylic, nylon, and ionomer. In<br />
contrast to the FG710S, nuclear, x-ray,<br />
and conventional infrared sensors only<br />
measure the total mass of a single structure<br />
and require knowledge of its density<br />
in order to derive thickness. What’s more,<br />
the FG710S does not require complex<br />
measurement compensations for humidity,<br />
barometric pressure, x/y/z displacement,<br />
temperature or airborne dust, all of<br />
which must be provided for nuclear and<br />
x-ray sensors. For more information, visit<br />
www.ndcinfrared.com.<br />
***<br />
The Reprocess Sustainable Liner<br />
Recovery Program, developed by<br />
Mitsubishi Polyester Film, Inc. (MPF),<br />
Greer, South Carolina, recycles siliconetreated<br />
polyester release liner and<br />
shrinks the company’s greenhouse gas<br />
emissions and carbon footprint. “This<br />
program will also establish the cradle-tocradle<br />
solution that the labeling industry<br />
has been seeking,” says Marshall<br />
Ledbetter, program leader for the project.<br />
After labels are applied, the release liner<br />
becomes waste and traditionally ends up<br />
in a local landfill or is shipped offshore<br />
for disposal. However, researchers in<br />
Greer have developed technologies that<br />
blend the spent liner with virgin material<br />
to produce recycled-content liner with<br />
the same performance capabilities as<br />
all-virgin liner. According to an independent<br />
Life Cycle Assessment, this process,<br />
when used to produce recycled PET pellets,<br />
decreases the energy demand 91%<br />
and the global warming potential 74%<br />
versus production of virgin pellets. “The<br />
multimillion dollar investment associated<br />
with this new environmental initiative<br />
is a significant commitment to the<br />
industry and is in addition to the more<br />
than $200 million that MPF has invested<br />
in its Greer facility in the past 10 years,”<br />
reports Dennis Trice, president and chief<br />
operating officer of MPF. For more information,<br />
visit www.m-petfilm.com.<br />
***<br />
Fife Corp., part of Maxcess,<br />
Oklahoma City, Oklahoma, unveiled a<br />
simple operator interface for single- and<br />
dual-drive D-MAX Series web-guiding<br />
systems at Labelexpo, September 14-16,<br />
2010, in Chicago, Illinois. The compact<br />
operator interface is easily added to an<br />
existing machine frame, saving valuable<br />
real estate while providing simple,<br />
icon-based interaction with the industry’s<br />
most accurate web-guiding system.<br />
D-MAX is available as a pre-engineered<br />
web-guiding system or standalone components.<br />
The integrated design includes<br />
all the components needed to maintain<br />
web alignment: Sensors, guide structure,<br />
controller and operator interface are<br />
assembled in the factory and shipped<br />
to the customer ready for installation.<br />
Converters simply bolt the system on,<br />
connect the power and run. As standalone<br />
components, the D-MAX series<br />
provides the flexibility to fit virtually any<br />
application. Converters can choose from<br />
two controllers (single- or dual-drive)<br />
and three operator interfaces (text-based<br />
with or without networking, or simple<br />
icon-based) to create a powerful webguiding<br />
system tailored to their operating<br />
goals and budget. For more information,<br />
visit www.fife.com.<br />
***<br />
With the start of production in August<br />
2010, Taghleef Industries, Dubai, has<br />
begun shipping Nativia biaxially oriented<br />
polylactic acid (PLA) film from its<br />
plant in San Giorgio di Nogaro, Italy.<br />
Based on Ingeo PLA from NatureWorks<br />
LLC, Minnetonka, Minnesota, Nativia<br />
film complies with the biodegradability<br />
and compostability requirements of<br />
European standard EN13432. Film from<br />
the new line, which was primarily supplied<br />
by Brueckner Technology Holding<br />
GmbH, Siegsdorf, Germany, includes 25-