Chemical Engineering March 2015 - 58

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H
Newark Wire Cloth
ighlighting technology and
innovations in the sectors of
pharmaceutical and biopharmaceutical
manufacturing,
Interphex 2015 is taking place April
21-23 at the Jacob Javits Convention
Center in New York City. Over 12,000
professionals are expected to visit
the event's workshops, networking
sessions and exhibit hall. The following
product descriptions represent a
small selection of the more than 600
exhibitors who will be showcased
at Interphex 2015.
These strainers handle both
Rigaku Raman
NJM Packaging
coarse and fine-particle filtering
The SaniClean line of strainers are
specifically designed for use in processing
applications where cleaning
is critical, such as those requiring
coarse straining or fine-particle filtration
in the pharmaceutical, food, dairy
and beverage industries. The strainers
are suitable for both continuous production
cycles and small-batch runs.
A variety of capacities are available,
ranging from low creeping flowrates
to high-volume production outputs.
The strainers can be integrated into
existing or new piping configurations.
The standard material of construction
is 316L stainless steel (photo),
but other corrosion-resistant alloys
are available. Booth 3370 - Newark
Wire Cloth Co., Clifton, N.J.
www.sanicleanstrainers.com
Positively validate materials with
this handheld Raman analyzer
The Progeny line of handheld Raman
analyzers (photo) is designed for
quick, non-destructive material validation,
allowing for immediate rejection
of non-conforming materials
and fewer quarantined shipments.
The raw-material identification provided
by Raman spectroscopy helps
to ensure that manufacturing standards
are met, and that final products
meet specifications and comply with
regulations. With a design inspired by
smartphones, Progeny analyzers feature
touchscreen user interfaces, an
integrated digital camera and largesized
display buttons. Also included
are a 1,064-nm excitation laser and a
built-in, adjustable nose cone, which
42
allows measurement even through
thick polymer materials or dark glass.
Booth 2878 - Rigaku Raman Technologies
Inc., Wilmington, Mass.
www.rigakuraman.com
This compact tablet counter
accommodates four modules
The Cremer Model CFS-622*4 fourmodule
tablet counter (photo) can
count almost any kind of tablet or capsule,
and fill almost any kind of plastic
or glass bottle, including those with
round, oval or rectangular shapes.
The small-footprint design allows for
simple integration into new or existing
lines, and its transparent enclosure
provides accessibility. A vision-inspection
feature allows for the detection
of broken and rogue tablets; when a
faulty container is detected, the CFS622*4
will reject it. Other standard
features include a central product
hopper, a touchscreen control panel
and a servo-driven feedscrew. A central
dust-extraction mechanism, a
product eject system and an ionizer
to eliminate static electricity are optional
add-ons. Booth 2353 - NJM
Packaging, Lebanon, N.H.
www.njmpackaging.com
This isolator system features a
fast decontamination process
The Pharmaceutical Safety Isolator
L-Flange (PSI-L) system is a modular
isolator system outfitted with an
L-shaped flange. The unique flange
design enables equipment to be
changed quickly, and the possibility
of using an empty flange plate
provides maximum flexibility. The
system's short (less than 20 min) decontamination
cycle and a return air
filter create a sterile environment for
aseptic or highly active pharmaceutical
products. Booth 3055 - SKAN
AG, Allschwil, Switzerland
www.skan.ch
Constant-pressure processors
that ensure uniform handling
This company's Microfluidizer family
of high-shear fluid processors enables
uniform particle-size reduction,
bottom-up crystallization and efficient
cell disruption, and can be used in
the development of nano-enabled
ChemiCal engineering www.Chemengonline.Com marCh 2015
http://www.rigakuraman.com http://www.njmpackaging.com http://www.sanicleanstrainers.com http://www.skan.ch http://www.Chemengonline.Com
Chemical Engineering March 2015

Table of Contents for the Digital Edition of Chemical Engineering March 2015
