What die casters make and for whom
Die casters inject molten metal into steel dies at high pressure to make complex near-net-shape parts at volume. Automotive is the largest buyer for aluminum parts, with industrial, electronics, appliance and hardware customers making up much of the rest.
Because each part depends on a specific die, machine, alloy and process window, the business is built around tooling ownership, cycle time and scrap rate. A small change in shots per hour or scrap percent moves margin more than most pricing tweaks.
Quoting, tooling and cost recovery
A die casting quote usually combines the die cost, which the customer may pay in full or amortize into piece price, with piece price based on alloy weight, cycle time, machine rate, trim, machining and packaging. Metal price adjustments are normally written into long-term agreements.
Tracking each die as an asset, with shot count, repair history and owner, is a frequent weak spot. When die life data sits in spreadsheets, preventive maintenance and customer billing for tooling both suffer.
- Record shot counts per die and tie them to maintenance triggers
- Keep tooling ownership and amortization terms visible on the part record
- Update piece price when alloy index or cycle time shifts
Try it here, free
Casting Alloy Density and Pour Temperature Reference
Look up density, pounds per cubic inch, approximate liquidus and typical pour temperature ranges for common iron, steel, aluminum, zinc, magnesium and copper casting alloys.
ERP and data in die casting plants
Die casters commonly run Plex, Infor SyteLine/CloudSuite Industrial, Epicor Kinetic or similar manufacturing ERPs, with machine monitoring and process data collected by separate systems. Automotive customers add PPAP documents, control plans and lot traceability requirements.
The practical gap is joining machine-level data (shots, cycle times, temperatures) with ERP lot and scrap records. Even a simple daily report that lines these up often reveals which dies and machines drive scrap.
Where private AI helps and where it does not
Private AI works well for questions over ERP and quality records, such as scrap by die and shift or open nonconformances, and for retrieval across control plans, PPAP files and customer specifications. Running on local hardware keeps customer drawings and cost data in-house.
It is not a substitute for process engineering or real-time machine control, and a machine monitoring vendor's built-in dashboards may be enough for shot-level views. Keep AI read-only until trust is established.
Frequently asked questions
What is NADCA?
NADCA is the North American Die Casting Association. It represents the die casting industry, publishes product specification standards and design guidance for die cast parts, and runs training and events such as the Die Casting Congress.
What are NADCA standards used for?
NADCA publishes product specification standards that describe achievable tolerances and quality levels for die castings. Designers and buyers reference them on drawings so that die casters and customers agree on what a good part looks like.
How should a die caster track tooling in ERP?
Treat each die as a tracked asset with a unique ID, owner, shot count, repair history and linked part numbers. That lets maintenance trigger on shot count and lets finance bill or amortize tooling correctly.
Does a die caster need IATF 16949?
If you supply automotive customers directly or at lower tiers, they will usually require it or ISO 9001 plus their own requirements. Non-automotive customers often accept ISO 9001. Check each customer's supplier quality manual.