Modular Cleanroom Construction Systems:
Modular Cleanroom Liner Panels,
for renovation of existing rooms into ISO Class cleanrooms, surgical suites,
Modular Cleanroom Self Supporting Panels,
self supporting panels for installation of cleanrooms into warehouse or
Modular Cleanroom Curtain Wall,
supporting panels for installation of cleanrooms into warehouse or
manufacturing facilities with cleanroom ceilings and utilities suspended
from existing structure.
Modular Cleanroom Self
cleanrooms for installation into existing warehouse or manufacturing
facilities with ceiling and utilities supported by cleanroom structure.
Modular Cleanroom Seamless Systems,
hot welded or cold welded vinyl or stainless steel for aseptic processing
areas requiring wash downs with high pressure water or steam.
Modular Cleanroom Industries:
transdermal patches, tableting, tube filling, liquid filling, labeling
cleanrooms per cGMP, FDA, ISO standards.
USP 797 Sterile Compounding
custom prescriptions, hospital
pharmaceutical sterile IV, cyto toxic, and veterinary compounding.
Medical Device Manufacturing,
Type l, Type ll, orthopedic, cardiovascular, neurology, dental, plastic
surgery, and ophthalmic devices.
eye and tissue banks, biopharmaceutical, research laboratories,
bioprocessing, and forensic labs.
Nanotechnology Cleanrooms, temperature, relative humidity, vibration, and molecular contamination
control per IEST-RP-NANO200.1 and ISO/DIS 14644-12
Micro Electronics Cleanrooms,
Semiconductor fabrication, aerospace, automotive, lithography, LCD, optics
and electronic assembly.
Glass Laminating Cleanrooms,
cold storage rooms, load bearing roof systems, conveyor openings air knives,
and gowning rooms.
Quality Engineers Structures, Inc. Cleanroom Division:
Modular Construction Advantages for Cleanrooms:
Architectural and Engineering Cost,
manufacturer generated shop drawings, details, and optional engineering
calculations greatly reduce architectural and engineering cost
associated with designing and engineering from scratch.
CleanBuild Construction,pre-fabricated and pre-finished
modular components minimize field cuts and fitting reduces the
construction generated particulates, waste, and debris normally
associated with conventional site fabrication construction.
Reduced Construction Scheduling,quicker off site fabrication coupled with quicker on site
installation with reduced labor allows for fast track construction
scheduling compression of component fabrication and installation
times. 20% to 40% construction scheduling reductions are possible.
Reduced Construction Cost,off site fabrication and finishing reduces on site construction
supervision, labor, insurance cost while allowing quicker
construction movement due to decongestion of the construction site.
Future renovations proceed with less waste.
Reduced Utility Systems Cost,pre-wired modular power distribution and network communications
systems offer high cost reduction when compared to conventional
piping field installations of the same electrical components.
Estimated at 40%
savings over conventional installations.
Reduced VOC Emissions,Fully pre-finished components reduce VOC emissions within your
facility and the environment due to off site application and
collection technologies in manufacturing final finishing systems.
Reduced Tax Liability, can be considered capital
equipment instead of capital improvements; therefore, they can
be depreciated at an accelerated rate of 7 years as equipment
versus 32 years as a capital improvement.
Reduced Maintenance Cost, antifungal
and antimicrobial components reduce the daily maintenance and
cleaning requirements with more durable powdercoated, laminated
finishes increasing life cycle time of the product.
Consistent Fit and Finish,high
speed manufacturing systems with quality assurance checkpoints
assure consistent fit and finish of all components resulting in
higher quality fit and finish than can be replicated with on site
fabrication and finishing.
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