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Chapter 33: Lean Production (eChapter) from Fundamentals of Manufacturing, 2nd Edition  Image

Chapter 33: Lean Production (eChapter) from Fundamentals of Manufacturing, 2nd Edition


Author(s)/Editor(s): Philip D Rufe
Published By: Society of Manufacturing Engineers

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Lean production uses many techniques for successful implementation. They include value stream analysis, Takt time, kanban, Kaizen, visual control, total productive maintenance, one-piece flow, error proofing, standardization, autonomation, production leveling, problem-solving circles, and 5S. Machines must be in safe operating condition and have predictable process capability and uptime. Proactive, preventive (total) maintenance programs use operators and skilled trades to achieve these goals. Lean production employs teams of multi-skilled workers at all levels of the organization and uses highly flexible machines to produce high volumes and high variety. Producing too much is waste; producing too little does not meet customer needs. Overtime and fatigue cause waste. Production leveling assures a constant flow from suppliers and appropriate utilization of workers. The pull system has dramatic effects on inventory levels because it does not provide for production of any inventory until it is needed.


Published: 2005-04-01
Product ID: BK01PUB13_E_CH-33
ISBN: 978-1-62104-002-6

Chapter 47: Engineering Economics (eChapter)
Chapter 46: Labor, Safety, and Human Factors (eChapter)
Chapter 45: Management Introduction (eChapter)
Chapter 44: Dimensional Metrology (eChapter)
Chapter 43: Statistical Methods for Quality Control (eChapter)
Chapter 42: Quality Assurance (eChapter)
Chapter 41: Automated Material Handling and Identification (eChapter)
Chapter 40: Robotics (eChapter)
Chapter 39: Programmable Logic Controllers (eChapter)
Chapter 38: Computer Numerical Control Machining (eChapter)
Chapter 37: Manufacturing Networks (eChapter)
Chapter 36: Materials Management (eChapter)
Chapter 35: Materials Management (eChapter)
Chapter 34: Process Engineering (eChapter)
Chapter 32: Traditional Production Planning and Control (eChapter)
Chapter 31: Printed Circuit Board Manufacturing and Assembly (eChapter)
Chapter 30: Ceramic Processing (eChapter)
Chapter 29: Composite Processing (eChapter)
Chapter 28: Plastics Processes (eChapter)
Chapter 27: Finishing (eChapter)
Chapter 26: Welding/Joining (eChapter)
Chapter 25: Casting (eChapter)
Chapter 24: Powdered Metals (eChapter)
Chapter 23: Sheet Metalworking (eChapter)
Chapter 22: Metal Forming (eChapter)
Chapter 21: Machining (eChapter)
Chapter 20: Cutting Tool Technology (eChapter)
Chapter 19: Product Design Tools (eChapter)
Chapter 18: Computer-aided Design (eChapter)
Chapter 17: Geometric Dimensioning and Tolerancing (eChapter)
Chapter 16: Engineering Drawing (eChapter)
Chapter 15: Ceramics (eChapter)
Chapter 14: Composites (eChapter)
Chapter 13: Plastics (eChapter)
Chapter 12: Metals (eChapter)
Chapter 11: Material Properties (eChapter)
Chapter 10: Fluid Power (eChapter)
Chapter 9: Thermodynamics and Heat Transfer (eChapter)
Chapter 8: Strength of Materials (eChapter)
Chapter 7: Dynamics (eChapter)
Chapter 6: Statics (eChapter)
Chapter 5: Electricity/Electronics (eChapter)
Chapter 4: Sound (eChapter)
Chapter 3: Light (eChapter)
Chapter 2: Units of Measure (eChapter)
Chapter 1: Mathematics (eChapter)
Fundamentals of Manufacturing, 2nd Edition (eBook)
Fundamentals of Manufacturing, 2nd Edition