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Spare Parts Inventory Management System

  Key Objectives Prevent machine downtime due to unavailable spare parts. Reduce inventory carrying costs. Track spare part consumption and stock movement. Improve maintenance planning. Optimise purchasing and supplier management. Inventory Classification Categorise spare parts based on criticality: Category | Description | Example ---|---|--- Critical | Machine cannot operate without the part (PLC, Servo Motor, Bearing) Essential | Production is affected but alternatives may exist (Belts, Sensors, rollers). Consumable | Frequently replaced items: grease, Fuses, Filters Inventory Master Data Maintain the following information for every spare part: Part Code Part Name Machine Name Machine Model Manufacturer Supplier Unit of Measure Stock Location Minimum Stock Level Maximum Stock Level Reorder Level Current Stock Lead Time Unit Price Annual Consumption Criticality Level Inventory Process Flow Purchase Request ↓ Purchase Order ↓ Goods Receiving ↓ Store Inspection...
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“Smart Inventory Management: Balancing Value, Criticality & Movement”

  Combined Inventory Control 1. ABC + VED (Value + Criticality) ABC : Classifies items by annual consumption value. VED : Classifies items by operational criticality. Combination Insight : 2. FSN + XYZ (Movement + Variability) FSN : Based on movement rate. XYZ : Based on demand variability. Combination Insight : 3. Benefits of Combined Control Prioritizes resources on high-impact items Reduces stock-outs and dead stock Improves warehouse utilization Enhances decision-making and supply planning Optimizes cost and operational efficiency ✅ Summary: By combining methods (ABC+VED, FSN+XYZ), managers can balance value, criticality, movement, and variability . This ensures that scarce resources are directed toward items that matter most while minimizing waste and disruption.
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Operations Management (OM) & Production Planning (PP)

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“Operations Management (OM) & Production Planning (PP)” is explained in the surrounding page as follows: 🌐 Operations Management (OM) Umbrella concept : OM is the broader discipline that deals with designing, managing, and improving processes that transform inputs (materials, labor, technology, and capital) into goods and services. Scope : It covers process design, capacity planning, supply chain management, quality control, inventory, and strategic alignment. Role : OM is considered a core function in any organization (manufacturing or service), ensuring efficiency, competitiveness, and value creation. Transformation focus : Inputs → Outputs, with emphasis on adding value at each stage. ⚙️ Production Planning (PP) Subset of OM : PP is a specialized area within operations management. Focus : It deals with scheduling, resource allocation, forecasting, and control systems like: MRP (Material Requirements Planning) JIT (Just-In-Time) Line balancing Purpose : Ensures that production ...
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Inventory Classification

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Supply Chain Demand Forecasting

  Supply Chain Demand Forecasting – Detailed Overview What is Demand Forecasting? Demand forecasting is the process of predicting future customer demand for products or services. In supply chain management, forecasting helps companies plan procurement, production, inventory, transportation, and distribution activities efficiently. Why Demand Forecasting is Important Main Objectives Reduce stock shortages Avoid excess inventory Improve customer satisfaction Optimize production planning Reduce operational costs Improve supplier coordination Increase profitability Types of Demand Forecasting 1. Short-Term Forecasting Duration: Days to 3 months Used for: Inventory control Daily production Workforce scheduling 2. Medium-Term Forecasting Duration: 3 months to 2 years Used for: Sales planning Procurement strategy Capacity planning 3. Long-Term Forecasting Duration: More than 2 years Used for: Business expansion Investment decisions New product development Forecasting Methods Qualitative M...
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🚚 Transportation Strategies in Supply Chain Management

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  🚚 Transportation Strategies in Supply Chain Management 1. Direct Shipment Strategy   What it is: Goods move directly from supplier to customer without intermediate stops. Key Benefits: Faster delivery times Reduced handling and storage costs Lower risk of damage Challenges: Higher transportation cost per unit Not efficient for small shipments   2. Milk Run Strategy     What it is: A single vehicle collects goods from multiple suppliers or delivers to multiple customers in one trip. Key Benefits: Better vehicle utilization Reduced transportation costs Efficient for regular, small-volume pickups Challenges: Complex route planning Risk of delays affecting multiple stops        3. Cross-Docking Strategy What it is: Products are transferred directly from inbound to outbound transport with little or no storage. Key Benefits: Minimizes warehousing costs Sp...
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