Data inventory template for an injection molder

What goes in an injection molding data inventory?#

An injection molding data inventory is a single table listing each system or file location that holds plant records, what those records are and how they connect. Molders run a wider spread of systems than most manufacturers, from the ERP and press monitoring to cavity pressure software, dryer controls and the maintenance spreadsheet in the toolroom, and history is scattered across all of them.

Keep the columns the same for every row so the inventory can be sorted and compared. Six columns are enough for a first pass.

• 1System: the software, controller or file location, such as the ERP, MES or a shared drive folder.
• 2Record: what the system holds, in plant terms such as work orders, downtime codes or PM logs.
• 3Years held: how far back records are actually accessible today, not how long the system has been installed.
• 4Link key: the number that connects records across systems, usually mold, press, lot or work order.
• 5Customer-owned flag: yes, no or mixed, based on drawings, specifications and tooling agreements.
• 6Export method: how the records could be pulled later, such as a report, database query or scan.

The template, filled with typical molder rows#

The template below shows rows most molders will recognize. Replace the example entries with your own systems and answers, add rows for anything else you run, and mark unknowns as unknown rather than guessing.

Link keys: mold, press and lot#

Link keys turn a list of systems into connected history. When the same mold number appears in the cavity pressure system, the maintenance log and the NCR, you can follow a short shot from the pressure trace to the nonconformance to the vent repair that fixed it. That chain of signal, decision and outcome is what makes molding records useful for analysis and for AI.

Check that keys match across systems before you rely on them. Molds are often numbered one way in the ERP and another in the toolroom, presses get renumbered after a plant move, and resin lots may stop at receiving instead of following through to finished goods. Note each mismatch in the inventory and record any cross-reference table that resolves it.

Setting the customer-owned flag#

The customer-owned flag tells a rights review where to look first. Mark yes for customer drawings, specifications, PPAP submissions and any mold design files the customer purchased. Mark no for records your team generated about your own operations, such as downtime codes and dryer logs.

Use mixed for records your team created that a tooling agreement or PO term may cover, most often process sheets and cavity pressure data. Mixed is not a verdict; it is a note to pull the agreement. Remember that a customer-owned mold does not make your maintenance log on that mold customer property, although the log may name the customer's part and need redaction.

Years held and export method: where history disappears#

The years held column is where molders get surprised. Press monitoring systems may keep detailed cycle data only for a rolling period before summarizing or overwriting it, cavity pressure files often sit on a single PC beside the press, and maintenance history can live in one toolmaker's notebook. Record what is accessible today and where it physically sits.

System changes are the moment history is most often lost. A post on the EpiUsers community forum, titled Epicor Kinetic Innovation Moves to the Cloud: On-Premises Development Ends in 2028, says Epicor is outlining export options for data and attachments. If your ERP, MES or QMS is due for a migration or retirement, mark the export method and the deadline on that row so the archive is captured before the old system is switched off.

Illustrative: a closures molder fills in the template#

Illustrative: a fictional molder of caps and closures for personal care brands starts its inventory with the IT lead and the quality manager. The ERP holds work orders and shipments back to its go-live, the press monitoring system keeps detailed cycle data only for a rolling window, and cavity pressure files sit on a PC in the molding room. Maintenance history lives in a toolroom spreadsheet keyed by an older mold numbering scheme.

The team adds a cross-reference between old and new mold numbers, flags customer drawings and PPAP files as customer-owned, marks process sheets as mixed pending a review of tooling agreements, and changes the cavity pressure PC's settings so files are copied to a server. The finished inventory shows that maintenance logs, downtime codes and NCRs connect cleanly by mold and lot across many years.

How SourceX uses a molder's inventory#

SourceX starts the Supply step of the SourceX five-step transaction with exactly this kind of metadata: systems, record types, years held and known restrictions. No files are shared during the initial assessment, and the customer-owned and mixed flags set the scope of the Rights step that follows.

Records that connect by mold, press and lot tend to rate well on several drivers in the SourceX Enterprise Data Value Framework, including domain expertise, human-generated signal and scale, while customer-owned material is excluded and preparation cost is weighed against net value.