In SAP, each mould is maintained as an equipment master record within the Plant Maintenance module (S/4HANA) or as a fixed asset with a production resource record (SAP Business One). The equipment record holds the mould's full specification: cavity count, steel grade, designed shot life, current cumulative shot count and the complete maintenance history. The shot counter is a measurement document in SAP — updated automatically from production order confirmation, not manually entered. When the cumulative shot count reaches a configurable threshold (for example, 80% of the designed shot interval), the system raises a maintenance notification and creates a planned maintenance work order. This work order appears in the production scheduler's view as a planned downtime for that mould during the maintenance window. The planner can then schedule around it — scheduling the mould's next production run after maintenance is complete — rather than discovering mid-run that the mould is overdue. Maintenance completion is confirmed in the work order, the shot counter is reset, and the mould returns to available status. The full cost of each maintenance event — technician labour, spare parts, any external toolmaker work — is recorded against the mould, enabling lifecycle cost analysis that shows the total cost of ownership per mould and informs decisions about refurbishment versus replacement.

Regrind is configured as a separate material type in ERP — distinct from virgin resin even when the base polymer is identical. When in-process scrap is generated (sprues, runners, startup scrap, defective parts), it is recorded against the production order as a by-product and a goods receipt is posted to the regrind material, classified by polymer grade and colour. The regrind stock is managed as a separate inventory — visible in the warehouse with its grade and colour classification. In BOMs for products where regrind is acceptable, a regrind component is included alongside the virgin resin component, with a quantity that represents the maximum permitted blend percentage (typically 15–25%). The system enforces this at production confirmation: the operator enters the actual regrind quantity used, and if it exceeds the BOM maximum, a quality exception is triggered requiring sign-off. Every batch of finished goods therefore carries a record of the regrind percentage used in its production, the production run that generated the regrind, and the original resin batch the regrind was derived from. For customers who specify maximum recycled content or who need to report recycled content percentages for sustainability certifications, this genealogy is available from the lot number of the finished goods without any additional manual tracking.

Standard costing in SAP establishes a cost baseline for each product — the planned resin price, machine rate and overhead at the beginning of a cost period. Actual production orders capture real costs: the actual resin purchase price from the purchase order valuation, the actual machine hours confirmed, the actual scrap quantity and any process deviations. The difference between standard and actual is a cost variance, reported at production order level. These variances roll up to product-level margin contribution reports that show — for every finished good — what the selling price is, what the actual cost of the most recent production runs was, and what the contribution margin is at current resin prices. For a manufacturer running HDPE, PP, ABS and PVC on different lines for different customers, this means the commercial team can see which products and which customer contracts are margin-positive and which are margin-negative within days of a resin price movement — while the next price review is still possible — rather than seeing the impact in the monthly management accounts after three weeks of selling at a loss. The reporting also shows consumption efficiency variance separately from price variance, so management can distinguish between "we are buying resin at a higher price" and "we are consuming more resin per kilogram of output than we should be."

Yes — multi-plant support is standard SAP configuration. Each manufacturing plant operates with its own production orders, inventory, quality inspections, mould records and cost centres, while group management has a consolidated view across all plants in one system. Inter-plant transfers — for example, components injection moulded at one facility and assembled at another, or regrind transferred between plants — are handled as stock transfer orders with the appropriate pricing and GST documentation for interstate transfers within India. MRP planning can be configured to plan across plants, recognising that stock at one plant can satisfy demand at another through a planned transfer. For plastic manufacturers with plants in multiple Indian states, GST compliance for interstate stock transfers and intercompany sales is managed within the same ERP configuration. Consolidated reporting — group-level resin consumption, mould utilisation across all plants, total regrind generated versus consumed — is available as standard reporting without manual data consolidation. We configure the plant organisational structure, inter-plant pricing rules and reporting hierarchy during the blueprint phase.

RoHS and REACH compliance for plastic products requires substance tracking at the material level and traceability to the finished goods level. In ERP, the compliance approach has two components. First, material-level substance data: for each resin, masterbatch, additive and pigment received, the restricted substance declarations from suppliers are stored in the material record — whether the material is RoHS compliant, the concentrations of any declarable substances (lead, cadmium, hexavalent chromium, phthalates) and the REACH SVHC declaration status. Materials that fail a substance threshold for a specific customer market are flagged, and the purchasing team is alerted if a proposed alternative supplier's material does not meet the same compliance specification. Second, finished goods compliance derivation: because the batch genealogy records which raw materials were used in each finished goods batch, the compliance status of the finished goods can be derived from the compliance status of its inputs. A RoHS compliance certificate for a specific delivery lot can be generated from the ERP by referencing the lot's production genealogy without manually checking each material supplier's declaration. For manufacturers whose customers require full material disclosure declarations or IMDS (International Material Data System) submissions for automotive components, the substance data stored in the ERP provides the input data for those submissions. We configure the substance tracking and compliance certificate output as part of the quality management setup for every plastic manufacturer with EU, UK or US export business.