Traceability From Heat Number to Finished Part
Forging customers, especially in aerospace, energy and defense, expect the heat number of the bar to follow the part. Your ERP has to receive bar with its heat and lot, hold it as a trackable inventory lot, split it into billets, link those billets to the work order, and stamp or record the heat on each forging or lot. When billets from two heats mix on one job, the system should record that split.
A traceability report that starts at a customer complaint and walks back to the mill cert should take minutes. If your records require paging through paper travelers, that is the first gap to close.
- Heat and lot recorded at receiving with mill cert attached
- Lot split and merge through cutting, forging and heat treat
- Forward and backward trace by heat number, job or serial
Routings for Heat, Forge, Trim and Heat Treat
A forging route is a chain of dissimilar operations: saw or shear, heat, forge, trim, possibly cold coin or straighten, heat treat, shot blast, inspect, and often machining or outside processing. Operations such as heat treat run in batches, not per piece, and the system should let you plan furnace loads that combine multiple jobs while keeping lot identity. Outside operations need purchase orders tied to the work order with receipt tracking and certs returning with the parts.
Scrap can occur at several points, and the ERP should record where, so you can see whether yield loss is at the press or in heat treat.
- Batch operations for furnaces with load planning
- Outside processing tied to work orders and receipts
- Scrap reasons captured by operation
Yield, Die Tracking and Costing
Forging cost depends on pounds in and pounds out. The ERP should issue material by weight, receive finished goods by count and weight, and report yield by job. It should also treat dies as tooling with piece counters and maintenance history, because die cost per piece depends on measured life.
Job costing needs actual press hours, furnace time, labor and outside costs captured at the work-order level, which means shop-floor data collection has to be reliable. If operators do not report time and scrap at the machine, costing will be wrong no matter which system you choose.
- Material issue by weight and yield reporting
- Tooling records with piece counts and repair history
- Actual versus estimated cost by job
Try it here, free
Forging Billet Weight and Yield Calculator
Work out the billet weight needed for a forged part given flash, scale and butt losses, then see yield and net material cost per piece.
Comparing Common Options Honestly
JobBOSS and E2 Shop System are widely used by small and mid-size shops, are quick to deploy and handle quoting, routing, and job costing well, but forging-specific needs like heat-lot splitting and die life usually need workarounds. Epicor Kinetic, Infor SyteLine and similar mid-market systems offer deeper lot tracking, quality and scheduling, at higher cost and implementation effort. Plex and DELMIAworks provide integrated MES and quality modules that suit repetitive, automotive-style work.
No system is forging-native out of the box, so write your requirements as scenarios, such as splitting a heat across three jobs, and ask each vendor to demonstrate them with your data.
Adding AI on Top of the ERP You Have
If you already run an ERP, you may not need a replacement. A private natural-language layer over the existing database lets estimators and managers ask questions like which jobs ran below quoted yield this year, or which heats were used on a given customer part, with the underlying records shown. The layer should be read-only by default, respect ERP roles, and run on your premises if drawings or specs are controlled.
The limits matter: AI cannot repair missing data, so it is worth fixing heat tracking and scrap capture first.
Frequently asked questions
What ERP do forging companies use?
Many US forge shops use JobBOSS, E2 Shop System, Epicor Kinetic, Infor SyteLine, Global Shop Solutions or Plex, depending on size. Few are forging-specific, so shops typically add spreadsheets or customizations for heat splitting, die life and furnace batches.
What is the most important ERP feature for a forge shop?
Reliable heat number traceability tied to work orders, followed by accurate yield and cost capture. Without these, quality audits and quoting both depend on paper and memory, regardless of which system you run.
Should a forging company replace its ERP to use AI?
Usually not. AI can sit on top of existing systems if the data is captured. Replace the ERP only if it cannot track lots, routings and costs you need, not merely because you want AI features.
If your ERP holds heat, yield and job cost data you struggle to query, Netray can add a private natural-language layer over it without replacing the system.