Design for Manufacturability (DFM) Operations Management Assignment Help

Design for Manufacturability (DFM) 

In translating the functional product design into a manufacturer product  designers must consider many aspects They can use a variety of methods and alternative material  to make a product  Material choices can be ferrous  iron and steel) aluminum  copper  bra  magnesium  zinc  tin  nickel titanium or several other metals The nonmetals include plastic  wood leather  rubber  carbon  ceramics glass concrete  as well as several  others. Further all of these materials can be formed cut  and shaped in many way  The are extrusions starvings rolling  powder-metal  forgings  castings  injection milling  along with a very large selection of machining processes In designing for maneuverability it is also desirable to keep the numbers parts a minimum  In electronics manufacturer accomplice circuits that have been in different components into large  and larger integrated only does this  wood leather  rubber carbon as well as several others. Further, all of these materials can be formed cut and shaped in man are extrusions starvings rolling  powder-metal  forgings  castings  injection milling  along with a very large selection of machining processes.

Design for Manufacturability (DFM)

Design for Manufacturability (DFM)

as far, but it also reduces the physical size and increases reliability Reliability is increased by eliminating the many connections necessary when the circuits were in separate parts   Exhibit 3.6 shows how to reduce a simple bracket from five parts to one by focusing on the purpose of the part  the fabrication  and the assembly procedure used for its manufacture.

The output of the product design activity is the product’s specifications  These specifications provide the basis for production-related decisions such as the purchase of materials   selection of equipment assignment of workers and the size and layout of the production facility  Product specifications  while commonly thought of as blueprints or engineering drawings  often take other forms ranging from precise quantitative and qualitative statements to rather fluid guidelines  Physical products tend to have traditional blueprint specifications  while a service firm’s design specifications tend to be more general  While designing for maneuverability  we must still remember to design for the consumer  A basic rule in design is to Be obvious Design a product so that a user can look at it  understand it  and figure out how to use it–quickly  and without an instruction manual.

Posted by: anderson

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