Delivery capacity and inventory levels in 2023 News | 20.12.2023

Securing international supply chains demands continuous operational balancing: lean inventory profiles risk line stoppages during sudden demand peaks, whereas excess safety stocks lock up significant amounts of corporate liquidity. Following a phase of deliberately elevated inventory levels designed to shield customer operations from volatile procurement markets, S+P Samson GmbH has successfully implemented a comprehensive restructuring of its inventory management system. The objective was clear: systematically reduce tied-up working capital while maintaining a flawless supply performance record.

A key driver of this optimization project involved clearing and realigning the underlying raw material framework. Through strategic supplier transitions and the consolidation of material components, the overall cost base was sustainably re-established. These deep operational adjustments are now fully finalized, translating directly into stable, highly competitive material configurations that safeguard client processes.

Maximising Inventory Turnover via Levelled Manufacturing Controls

Operational execution relies heavily on a dedicated program aimed at levelling material output. Rather than running rigid, high-volume manufacturing batches for stock storage, production sizes for catalogued items were dynamically scaled down. This adjustment has driven a significant reduction in controlling reorder points while simultaneously accelerating the total inventory turnover rate on the shop floor.

To accommodate large-scale customer requirements, the technical sales team increasingly implements an intelligent, split-delivery production strategy. Massive annual volumes are divided into multiple, staggered manufacturing runs in close alignment with the client's internal logistics coordinators. This cyclical production model ensures a constant, highly predictable flow of materials, relieves warehousing strain on both sides, and guarantees users the requested supply reliability while lowering storage overheads.