Understanding Manufacturing Costs Definition: Total Manufacturing Cost (TMC) is the total cost of all Direct Materials (DM), Direct Labor (DL), and Manufacturing Overhead (MOH) consumed during a specific production period. Under standard absorption costing principles, TMC is the total manufacturing cost added to production before work-in-process (WIP) inventory movements are considered. Purpose: Understanding and applying…
Custom vs. Off-The-Shelf: Selecting a Manufacturing Software Development Company Evaluating manufacturing software requires careful capital allocation and a clear understanding of how shop floor data feeds the general ledger. Across whiteware, aluminum castings, window coverings, and similar environments, the software’s data model affects the accuracy of Bill of Materials (BOM) rollups and standard costing variance…
A Configure, Price, Quote (CPQ) implementation in discrete manufacturing should be treated as a financial and operational control initiative, not solely a sales enablement project. In discrete manufacturing, margin erodes when sales promises configurations the factory cannot build efficiently. Unvetted custom orders generate unfavorable labor efficiency variances, negative inventory adjustments, and unabsorbed overhead. The deployment…
Manufacturing Monitoring Software connects the shop floor (OT) and the financial ledger (IT). This guide explains how removing data silos helps manufacturers enforce internal controls, validate Bill of Materials (BOM) rollups, and execute a verified 5-day month-end close. Data silos within a manufacturing environment can distort gross margin reporting and the accuracy of standard costing…
Evaluating and deploying manufacturing and distribution software is a capital allocation and internal control exercise. Connecting factory floor operations with outbound logistics affects working capital requirements, cost of goods sold (COGS) accuracy, and standard margin realization. A suitable system protects absorption costing and keeps physical inventory aligned with the general ledger (GL), while giving planners…
MES Manufacturing Execution Systems implementation is both a production control project and a financial and operational control mechanism: it tightens internal controls, exposes work-in-progress (WIP) valuation blind spots, and can increase gross margin measurably. By linking enterprise resource planning (ERP) systems and shop floor SCADA (Supervisory Control and Data Acquisition), an MES captures production data…
If you’re running a manufacturing business somewhere between $5M and $60M in revenue, there’s a good chance your inventory process looks something like this: a spreadsheet here, a disconnected purchase order system there, a warehouse team doing physical counts to double-check what the computer says is on the shelf. It works, until it doesn’t. Somewhere…
Executive Summary: Reshoring Financial and Operational Strategy Reshoring supply chain management in the manufacturing industry is the business practice of bringing sourcing back to a company’s home country after it was previously moved overseas. Supply chain reshoring should be treated as a capital allocation decision and a working-capital discipline strategy. The move from offshore to…
Implementing Maintenance Software for Manufacturing to Reduce Unplanned Downtime: A Financial and Operational Control Framework This guide sets out the financial and operational execution required to deploy maintenance software for manufacturing with the objective of reducing unplanned downtime as far as practical. Computerized Maintenance Management Systems (CMMS) and Enterprise Asset Management (EAM) platforms serve as…
Manufacturing Tracking Software: Financial Impact, WIP Valuation, and Bottleneck Elimination Manufacturing Tracking Software (MTS) serves as an execution-level digital sub-ledger, recording the physical movement of raw materials, work-in-progress (WIP), and finished goods. From a financial controller’s perspective, MTS links labor efficiency variance analysis to overhead absorption and working capital tied up in process bottlenecks. By…