
Plant
Layout/Material Handling
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The plant layout is a very critical part of running
an efficient and cost effective business. All work
areas, production lines, material storage facilities,
etc. should be designed to perform to the highest
rate and the corresponding shortest cycle time. When
designing a plant layout it is necessary to take into
account all the functions within the business. The
design must include not only the needs for the present
business levels but should also have provisions for
future expansion. This is included to avoid frequent
and costly changes to the design as demand increases.
An
in depth study is made of the workings of the business,
looking carefully at each function and the interrelationships
between functions. A CEO executive will perform this
study prior to any plant layout design. This will
provide a clear understanding of the present and future
needs of the business and the interaction of each
department and will be used to design the facility
for the most efficient and productive workflow possible.
As
part of this study the following areas at a minimum,
are reviewed:
- Total
facilities power requirements
- Interaction
between functions
- Work
space requirements by function
- Work
flow
- Material
handling requirements
- Physical
constraints
- Special
process requirements
- Employee
needs (legal requirements)
- Power
requirements for each piece of equipment or machinery
- Lighting
requirements
- Noise
levels in work areas
Once
all of the data has been collected and collated the
physical design of the actual plant layout will be
generated. These plans are not necessarily those that
can be used for construction purposes but will be
the information that will guide an architect's design
for the construction phase of the project, if required.
Material
handling is a very critical part of the design and
the needs of a manufacturing facility. Materials need
to be properly stored and transported to and from
work station/centers with a view towards minimizing
the movement and avoiding damage to the product. The
cost of this being implemented incorrectly could be
devastating to the profitability of the business and
also could endanger the employees.
In
some instances special handling equipment may be necessary
to insure that the material is handled properly. The
storage also becomes an important step since some
material has specific shelve life criteria, corrosive
material storage, environmental criteria, etc. The
design needs to take into account all of these aspects
for the proper storage and handling of material. Doing
a proper layout correctly the first time pays significant
and continuing dividends long after the task has been
completed.
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