An ordered list of the parts, sub-assemblies, and assemblies and raw materials that define a product Normally created and maintained within the Project Structure Management function, it defines the type, number, quantity, and relationships of parts and assemblies
A listing of all the subassemblies, parts and raw materials that go into the parent assembly It shows the quantity of each raw material required to make the assembly There are a variety of display formats for BOMS, including single level, indented, modular/ planning, transient, matrix and costed BOMs [APICs, CMSG]
Lists materials (components or ingredients) required to produce an item Multilevel BOMs also show subassemblies and their components Other information such as scrap factors may also be included in the BOM for use in materials planning and costing
A list of data about the properties of the components contained in the active component
(Ticaret) (BOM) A structured list of the items used in making a parent assembly that reflects the actual production process in terms of timing and quantities consumed. It is constructed in conjunction with the routing, which describes the individual production steps and rates used. A BOM may optionally include information relating to backflushing, use of alternate and optional components, tie between components and the operations that use them, and other data. BOMs are used by the MRP function to calculate component requirements when given a parent demand, and in building product costs. (Syn: product structure, recipe, formulation, ingredients list)
A list of all parts, sub-assemblies and raw materials that constitute a particular assembly, showing the quantity of each required item
A structured list of the items used in making a parent assembly that reflects the actual production process in terms of timing and quantities consumed It is constructed in conjunction with the routing, which describes the individual production steps and rates used A BOM may optionally include information relating to backflushing, use of alternate and optional components, tie between components and the operations that use them, and other data BOMs are used by the MRP function to calculate component requirements when given a parent demand, and in building product costs (Syn: product structure, recipe, formulation, ingredients list)
Listing of all the assemblies, subassemblies, parts, and raw materials that are needed to produce one unit of a finished product Thus, each finished product has its own bill of materials
Fixed-format ASCII files where each piece of information appears between certain columns The Relex CAD Import/ExportWizardTM is completely compatible with BOM files, able to import information from, and export data to, the BOM format
one of the three primary inputs of MRP; it lists the raw materials, parts, subassemblies, assemblies and assemblies needed to produce one unit of the product
A listing of all subassemblies, intermediate parts and raw materials that go into a parent assembly showing the quantity of each required to make an assembly
(1) Set of physical elements required to build a project (2) Hierarchical view of the physical assemblies, subassemblies, and components needed to fabricate a manufacturing product (3) Descriptive and quantitative list of materials, supplies, parts, and components required to produce a designated complete end item of materials, assembly, or subassembly
Contains information related to the structuring of a product Information such as the quantity of each component required for the fabrication of an end item or subassembly, planned scrap, and lead time offset are included
A list of components, ingredients, or materials needed to manufacture a product; the hierarchy of materials or components making up a product or subassembly including the proper ratios of quantities of each item
List of sub-assemblies, components and raw materials that are needed to make an assembly It shows the number of units of each component required to manufacture one unit of the parent product