New Manufacturing Challenge: Techniques for Continuous ImprovementAs a consultant, Kiyoshi Suzaki has helped scores of Fortune 500 clients improve manufacturing operations and get the job done faster, cheaper, better, and safer. Now, in this detailed "operating manual" -- full of more step-by-step applications than any other book available -- Suzaki spells out new options in production and employee resources that can help American industry regain the cutting edge in price, quality, and delivery of products. A well-known expert in the field, Suzaki begins with the premise that "if it doesn't add value, it's waste" -- a concept devised by Henry Ford and later used by Toyota. He recaps what Toyota identifies as the seven most prominent forms of waste in factories. Most importantly, he meticulously details steps individuals can take to "simplify, combine, and eliminate operations" -- thereby reducing waste, improving quality, and saving money. Describing in detail the basic techniques culled from Japanese industrial philosophy and procedure, Suzaki shows how small, family-run businesses and billion-dollar American corporations from a wide range of industries -- automotive, electronics, cosmetics, and even defense contractors -- are meeting the manufacturing challenge today -- demolishing the widely held belief that most American manufacturers have become distribution organizations for products manufactured overseas. In addition, he links his methodology with several successful production systems, from Just-In-Time Production, Total Quality Control, Total Productive Maintenance to Computer Integrated Manufacturing. Throughout this practical handbook, he places emphasis squarely on the shop floor and grounds his approach in easy, yet powerful techniques everybody can understand and implement today. Illustrated with numerous charts and exhibits, The New Manufacturing Challenge shows how to integrate people and techniques to improve the workplace and, thus, strengthen any company's competitiveness in the global marketplace. |
Contents
Introduction | 1 |
Eliminating Waste | 7 |
BacktoBasics Discipline | 25 |
Meeting Diversified Customer Needs with Quick Setup | 32 |
Developing Flow on the Production Floor | 45 |
Expanding Skills for Increased Flexibility | 63 |
Improving Processes for Productivity Gains | 69 |
Strengthening Our Nerves and Muscles | 90 |
Improving with Standards | 135 |
Tying Things Together | 146 |
Redefining the Roles of Conveyors and Transportation | 180 |
Suppliers as Extended Factories | 196 |
Developing CoDestiny with Employees | 204 |
Eliminating Problems at the Organizational Boundaries | 210 |
People Make It Happen | 221 |
Establishing a Competitive Position | 231 |
Aiming for Zero Machine Trouble | 113 |
Scheduling a Steady Flow for Better Control | 124 |
Vision of the Future | 249 |
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New Manufacturing Challenge: Techniques for Continuous Improvement Kiyoshi Suzaki No preview available - 2012 |
Common terms and phrases
achieve andon assembly line Chapter competition concept conveyor coordination cost cycle table defects delivery develop downstream process duction eliminate employees engineers equipment erators example feeder line final assembly line floor handling Hewlett-Packard housekeeping ideas improvement activities in-process inventory injection moulding inspection internal setup inventory level involvement Japanese Jidoka Job rotation just-in-time kanban cards leveled/mixed production line stop machine breakdowns machine trouble manufacturing material flow ment move cards multiprocess number of kanban percent plant poka-yoke practice problems process-oriented layout product-oriented layout production activities production cards production lead production process production schedule production volume reduced result sequence setup operations shown in Exhibit skills standard statistical process control storage area suppliers Taiichi Ohno techniques tion total productive maintenance total quality control Toyota Toyota Production System transfer transportation trucks U-shaped line upstream process utilization visual control waste workpiece workplace organization



