In SAP, a mould is managed as an equipment record (in S/4HANA's Plant Maintenance module) or as a fixed asset with linked production resources (in SAP Business One). The equipment record holds: cavity count, mould material, designed shot life, current shot count and maintenance history. Shot count is updated from production order confirmation — every confirmed production run adds to the mould's cumulative shot count. When the shot count approaches a maintenance threshold, the system generates a preventive maintenance work order automatically, which appears in the production scheduler's view as a planned downtime for that mould. The maintenance work order captures parts used, labour hours and any repairs, updating the mould's service history. The production planner sees mould availability status in real time — a mould in maintenance is not available for new production orders. This integration between production planning and mould maintenance is what eliminates the unplanned breakdowns that happen when maintenance is managed on a separate system or spreadsheet with no connection to the production schedule.

Regrind is configured as a separate material type in the ERP — distinct from virgin resin even if it has the same polymer base. When scrap is generated during production (startup scrap, runner scrap, trim, defective parts), it is recorded against the production order as a separate by-product or scrap type, and a goods receipt is posted to the regrind material. The regrind material carries its own stock — visible in the warehouse as a separate material with a grade and colour classification. In the bill of materials for products that use regrind, there is an explicit regrind component with a percentage (e.g. 20% regrind, 80% virgin). The system enforces this ratio at production confirmation — the operator confirms how much regrind was actually used, and if it exceeds the allowed percentage, the system flags a quality deviation. This means quality auditors can trace every batch of finished goods to see: what percentage of regrind was used, which production run generated that regrind and which resin batch the original scrap came from. This genealogy is essential for customers with recycled content specifications or for regulatory submissions requiring regrind percentage documentation.

Yes — product costing and margin visibility are core ERP capabilities and particularly important for plastic manufacturers because resin is typically 40–70% of total production cost. Standard cost is set at the beginning of a period using the expected resin price, machine rate and overhead. During the period, actual production orders capture the actual resin price (from the purchase order price or goods receipt valuation), actual consumption quantity and actual machine hours. The variance between standard and actual — the standard cost variance — is reported at the production order level and rolled up to product, product family and customer level. This means management can see: which products are most exposed to resin price increases, which customers have contracts that are margin-negative at current resin prices and where consumption efficiency (actual vs standard resin usage) is a bigger issue than price. For multi-grade manufacturers running HDPE, PP, PVC and ABS on different lines for different customers, this product-level margin visibility is what turns the finance function from a month-end reporting exercise into a daily operational management tool.

Yes — multi-plant support is a standard SAP configuration. Each manufacturing plant operates with its own production orders, inventory, quality inspections and cost centres, while group management has a consolidated view across all plants. Inter-plant transfers (for example, semi-finished parts produced at one plant and assembled at another, or regrind transferred between facilities) are handled as inter-company or inter-plant transfer orders with the appropriate pricing and documentation. MRP can be configured to plan across plants — recognising that stock at Plant A can satisfy demand at Plant B via a transfer. For plastic manufacturers with plants in different Indian states, GST is handled correctly for inter-state transfers. For manufacturers with international plants, multi-currency and intercompany elimination is managed within the same system. We configure multi-plant environments as standard for manufacturers with more than one facility — the incremental complexity is in the master data alignment (shared material codes, shared mould references, consolidated quality standards) which we address in the blueprint phase.

RoHS and REACH compliance for plastic exporters requires two things: substance tracking and documentation. On substance tracking, the ERP stores material composition data for each resin and additive — including restricted substance declarations from suppliers — and flags when a production BOM includes materials that are not RoHS or REACH compliant for a specific customer or market. The compliance status of each finished goods batch is derived from the compliance status of its input materials, maintaining traceability from raw material CoA to finished goods compliance certificate. On documentation, export documentation (commercial invoice, packing list, certificate of origin, compliance declaration, material safety data sheets) is generated from the ERP against each export shipment, reducing manual preparation and ensuring the documents accurately reflect the shipment's actual batch content. For customers who require full material disclosure or recycled content percentage documentation, the batch genealogy enables this reporting without additional manual work. We configure RoHS and REACH compliance tracking as part of the quality management setup for every plastic manufacturer with export business.