BizAutomation allows manufacturers to master complex product structures with native support for Multi-Level Indented Bills of Materials (BOMs). By nesting sub-assemblies within master hierarchies, the system ensures that all material costs and labor requirements automatically roll up to the final finished good.
Building complex, highly engineered products using flat, single-level BOM spreadsheets leads to severe costing errors and procurement shortages. BizAutomation is engineered for deep, discrete manufacturing complexities. Our platform allows you to build multi-level, indented product structures where sub-assemblies act as their own standalone work orders, neatly nested beneath the parent item. As each sub-assembly is completed, its specific raw material and labor costs are instantly captured and rolled up. This provides your engineering and finance teams with perfectly accurate, granular visibility into the true cost of complex manufacturing.
Sub-assemblies can be manufactured independently with their own specific routing and materials, and then inventoried or fed directly into a higher-level master assembly as a single, consolidated component. This ensures that massive products are broken down into manageable, indented engineering tiers.
As technicians complete tasks on lower-level sub-assemblies, the exact costs of the labor and consumed materials are automatically calculated and pushed up into the final cost of the master finished good. This automatic cost roll-up guarantees flawless architectural integrity and precise financial reporting throughout the build.
Direct answers on managing complex hierarchical product structures.
A multi-level Bill of Materials (BOM) is a hierarchical list of all the raw materials, parts, and sub-assemblies required to build a finished product, displaying the strict parent-child relationship between components.
Sub-assemblies can be manufactured independently with their own specific routing and materials, and then inventoried or fed directly into a higher-level master assembly as a single, consolidated component.
Yes. As technicians complete tasks on lower-level sub-assemblies, the exact costs of the labor and consumed materials are automatically calculated and pushed up into the final cost of the master finished good.
Absolutely. By breaking down a massive product into manageable, indented engineering tiers, it ensures precise procurement, exact labor tracking, and flawless architectural integrity throughout the build.