#inventory.

Act as an MRO Procurement Manager. Optimize our spare parts inventory for factory maintenance. 1. Define 'Critical Spares' (parts that stop production if failed). 2. Set Min/Max stocking levels for high-wear items. 3. Suggest a 'Vendor-Managed Inventory' (VMI) model for low-value consumables (gloves, bolts). 4. Propose a system for tracking 'Tooling Life' to predict when molds or dies need replacement.

Act as an Inventory Control Manager. We want to move from annual physical counts to 'Cycle Counting.' 1. Categorize inventory using ABC Analysis (A=High Value, C=High Volume). 2. Define the counting frequency for each category. 3. Create a 'Discrepancy Investigation' workflow for when system counts don't match physical counts. 4. Suggest KPIs for 'Inventory Accuracy' and a goal for 'Zero Shrinkage.'

Act as an Additive Manufacturing Specialist. Evaluate our production for [Insert Product/Part]. 1. Identify which components are candidates for 3D printing based on geometry complexity and low volume. 2. Compare technologies: FDM, SLS, and Metal DMLS. 3. Analyze the 'Unit Cost' at different volumes vs. traditional injection molding. 4. Propose a plan for 'Digital Inventory' where parts are printed on-demand instead of stored.

Act as a Supply Chain Architect. We want to transition to a JIT inventory system for [Insert Components]. 1. Calculate the optimal Kanban card quantity (including safety stock). 2. Design the visual signals for replenishment. 3. List the 5 mandatory requirements for our suppliers to support JIT. 4. Identify the risks (e.g., supply chain shocks) and provide a 'Plan B' for each risk to ensure production never stops.