Parts-feeding systems for assembly: macro and micro logistics

Keyphrases

• Part Feeding 100%
• Feeding System 100%
• Assembly Line 80%
• Assembly Workstation 80%
• Assembly System 40%
• Part Type 40%
• Logistic Problem 40%
• Part Supply 40%
• Warehouse 30%
• Product Variety 30%
• Inventory Level 20%
• Three-level 20%
• Macro Level 20%
• Product Mix 20%
• Bowl Feeder 20%
• Automated Assembly 20%
• Feeding Mechanism 20%
• Flexible Assembly Systems 20%
• Interdependence 10%
• Motivation 10%
• Negative Effects 10%
• Robotic System 10%
• Assembly Process 10%
• Policy Decisions 10%
• Innovative Technologies 10%
• Line Segments 10%
• Product Version 10%
• Holding Cost 10%
• Control System 10%
• High Cost 10%
• Transportation Cost 10%
• Cost Production 10%
• Quality Procedures 10%
• Flexible Components 10%
• Market Segment 10%
• Quality Control Material 10%
• Strategy Choice 10%
• Short Life Cycle Products 10%
• Multiple Products 10%
• Space Design 10%
• Material Scarcity 10%
• Flexible Automation 10%
• Automation Technology 10%
• Just-in-time 10%
• System Assembly 10%
• Manual Assembly 10%
• Inventory Position 10%
• Feeding Technology 10%
• Milk-run 10%
• Product Change 10%
• Assembly Preload 10%
• Manipulator 10%
• Automatic Feeding 10%
• Stock Keeping Units 10%
• Inventory Holding Cost 10%
• Facility Level 10%
• Logistics Processes 10%
• Feeder 10%
• Flexible System 10%
• Safety Inventory 10%
• Hardware Complexity 10%
• Material Handling 10%
• System Management 10%
• Ergonomics 10%
• Production Process 10%
• Precise Assembly 10%
• Industrial Automation 10%
• Part Recognition 10%
• Inventory Holdings 10%
• Product Component 10%
• Hierarchical Configuration 10%
• Assembly System Design 10%
• Acceptance Process 10%
• Third Level 10%
• One-level 10%
• Material Orientation 10%
• Pick-and-place 10%
• Component Change 10%
• Material Separation 10%
• Example Space 10%
• Logistics Strategy 10%
• Material Positioning 10%
• Mixed-model Production 10%
• Material Identification 10%
• Operational Factors 10%
• Workplace Ergonomics 10%
• Product Model 10%
• Demand Volume 10%
• Logistics Automation 10%
• Macrologistics 10%
• System Productivity 10%
• Logistics Factors 10%
• Supermarkets 10%
• Station Design 10%
• Material Stock 10%

Engineering

• Assembly Line 100%
• Assembly System 75%
• Part Type 50%
• Microlevel 37%
• Warehouses 37%
• Inventory Level 25%
• Part Material 25%
• Macro Level 25%
• Product Mix 25%
• Limitations 12%
• Control System 12%
• Interdependence 12%
• Line Segment 12%
• Negative Effect 12%
• Assembly Process 12%
• Automated Technology 12%
• Manipulator 12%
• Policy Decision 12%
• Quality Part 12%
• Inventory Holding Cost 12%
• Quality Procedure 12%
• Material Stock 12%
• Manual Assembly 12%
• Product Life Cycle 12%
• Lead Time 12%
• Quality Control 12%
• Optimal Design 12%
• Related Factor 12%
• Material Handling 12%
• Design Space 12%
• Process Logistics 12%
• Ergonomics 12%
• Logistics Strategy 12%
• Station Design 12%
• Workplace Ergonomics 12%