Steel and metal manufacturing, from fabrication and structural work to metal product manufacturing, has a distinct profile: heavy, valuable material, production that cuts and forms that material with real yield loss, and a great deal of work made to a customer's specification. An ERP for a metal manufacturer has to fit that profile. This piece sets out what a steel and metal manufacturer needs from an ERP.
Material is the heart of it
In steel and metal manufacturing, raw material, plate, sheet, bar, section, coil, is a large part of the cost and the central thing to manage. A metal manufacturing ERP has to handle material with care. Metal is bought and held in specific forms and sizes, and frequently measured and managed by weight as well as by piece, so the ERP must handle weight-based units and the conversions between weight, length, and piece reliably. Material grade and specification matter, the same shape in a different grade is a different material, and the ERP must track that. And because metal stock is valuable, accurate inventory of it directly affects cash.
Yield, offcuts, and waste
Metal production cuts and forms material, and that produces yield loss and offcuts. When plate is cut or bar is sheared, not all of it ends up in the product, and some of the remainder is usable offcut while some is scrap or drop. A steel and metal manufacturing ERP should account for this honestly: planning material with realistic yield rather than assuming a piece of stock converts entirely into product, and ideally helping a manufacturer track and reuse usable offcuts rather than treating them as gone. Ignoring yield, which a general ERP does, means material planning is consistently wrong and material cost is understated.
Made-to-order and made-to-specification work
A great deal of steel and metal work is made to order and made to a customer's specification, structural fabrication, custom metal products, components built to a drawing. A metal manufacturing ERP must support this: turning a customer order, and its specification or drawing, into the bill of materials and the production work it requires, and where the work is genuinely engineered for the order, handling that order-specific definition. For made-to-order metal work, quoting matters, the manufacturer is pricing a job, often from a drawing, and the ERP should let a quote be grounded in real material and operation cost rather than guessed.
The production flow
Metal manufacturing runs through operations, cutting, forming, machining, welding and fabrication, finishing, treatment, that turn raw material into a finished item. A steel and metal manufacturing ERP must run this discrete production: bills of materials, routings defining the operations and the work centres, and work orders tracking jobs through the shop. Many metal manufacturers operate as job shops, varied jobs through shared capabilities, so the ERP should handle job-style scheduling and per-job tracking well.
Material traceability
For structural and engineered metal work, material traceability matters: a manufacturer, and its customers, may need to know which heat or lot of material, of which grade and certification, went into which finished item. A steel and metal manufacturing ERP should record this material genealogy, so a certified material trace can be produced when a customer or a standard requires it.
Costing heavy, valuable material
Because material is such a large share of cost, and metal prices move, a metal manufacturing ERP must cost jobs accurately, rolling up material at its real cost, including yield loss, plus the operations. And it should show how a change in metal price affects the cost and margin of work, which matters in a market where material prices are volatile.
The takeaway
An ERP for steel and metal manufacturing must handle heavy, valuable material with weight-based units and grade tracking, account honestly for yield and offcuts, support made-to-order and made-to-specification work with grounded quoting, run discrete and job-shop production, provide material traceability, and cost material-heavy jobs accurately. For how we approach steel and metal manufacturing, see our manufacturing work.