Why is the BOM Divisor important for managing multi-level BOMs?
Multi-level BOMs involve Finished Goods (FG), Work-in-Progress (WIP), and Raw Materials (RM).
The BOM Divisor ensures:
🔹 Accurate material planning per unit or batch
🔹 Consistent scaling of quantities across nested BOMs
🔹 Automatic pull of child BOMs (e.g., WIP → RM) into the FG BOM
🔹 Cleaner structures without fractional or rounding errors

It supports cleaner hierarchy management, especially in complex assemblies.
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How BOM Divisor Works in ManufApp
? Objective: To efficiently manage multi-level Bills of Materials (BOM) using the BOM Divisor, ensuring proper quantity calculations for Finished Goods (FG), Work in Progress (WIP), and Raw Materials (RM). Step 1: Go to Items Master Navigate to: ...
What is the BOM Divisor and how does it function in ManufApp?
The BOM Divisor defines the quantity of Finished Goods (FG) the BOM is based on. If BOM Divisor = 1, then all quantities are calculated per unit of FG. If BOM Divisor = 10, the system treats component quantities as applicable for 10 FGs. This allows ...
What is a Bill of Materials (BOM) in ManufApp?
A Bill of Materials (BOM) is a digital record that lists all the materials, components, and sub-assemblies required to manufacture a Finished Good (FG). It defines the relationship between the final product and its building blocks, including: Raw ...
What are the key benefits of using the BOM structure in ManufApp?
✅ Multi-level linkage: Automatically pulls RM from WIP BOMs ✅ Scalability: Supports nested assemblies and reusable components ✅ Accuracy: Eliminates manual quantity errors with BOM Divisor logic ✅ Traceability: Maintains clear visibility of which ...
Why is creating a BOM important in the manufacturing workflow?
Creating a BOM is critical because it forms the backbone of: Material planning: Knowing what and how much to procure or issue Production control: Ensuring every FG is made from accurate and consistent components Job card creation: Automatically pulls ...