Just-In-Time Manufacturing Just-In-Time manufacturing‚ commonly referred to as JIT‚ is a company wide philosophy aimed at eliminating a company ’s waste. Waste can be found in many forms. For example it can be defined in the material form such as plastic or metal scrap‚ or it can be defined in the administrative form as excessive overhead that slows production or adds an unnecessary expense. The basic theory behind JIT is a pull system that is driven by a demand of supplies. This results in
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TABLET MANUFACTURING AREA: TABLET: A tablet is a pharmaceutical dosage form. It comprises a mixture of active substances and excipients‚ usually in powder form‚ pressed or compacted from a powder into a solid dose. The excipients can include diluents‚ binders or granulating agents‚ glidants (flow aids) and lubricants to ensure efficient tabletting; disintegrants to promote tablet break-up in the digestive tract; sweeteners or flavours to enhance taste; and pigments to make the tablets visually
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| Budgets in manufacturing companies Text adapted by Hugues Boisvert‚ from chapter 11 of the book La comptabilité de management‚ prise de decision et contrôle‚ 3e edition‚ ERPI‚ 2004‚ p. 278-292‚ written by Hugues BOISVERT‚ Claude laurin and Alexander mersereau (HEC Montreal). Table of contents 1. Budgets 2. Budgetary styles 3. The budget process in a manufacturing company 4. Comprehensive example of a budgetary process of a manufacturing company 5. Budgetary management
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and applies overhead on the basis of direct labor hours. At the beginning of the year‚ management estimated that 26‚000 direct labor hours would be worked and $1‚300‚000 of manufacturing overhead costs would be incurred. During the year‚ the company actually worked 24‚000 direct labor hours and incurred the following manufacturing costs: Direct materials used in production $1‚240‚000 Direct labor 1‚800‚000 Indirect labor 280‚000 Indirect materials 220‚000 Insurance 150‚000 Utilities 190‚000 Repairs
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FACULTI OF MECHANICAL ENGINEERING UNIVERSITI MALAYSIA PAHANG BMM3643 (Sem II 2012/13) Assignment #4 1. a) What distinguishes machining from other manufacturing processes? b) What is a machining center? c) How important is the control of cutting-fluid temperature in operations performed in machining centers? Explain. (8 marks) 2. a) What are the primary considerations in tool selection? b) What is the advantage of a helical-tooth cutter over a straighttooth
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Efficient Mold Manufacturing An Introduction to Makino Technology for the Die Mold Industry Makino India Pvt. Ltd Copyright @ 2005 Makino Milling Machine Co.‚Ltd. All Rights Reserved Recent Trend for Mold Manufacturing High Accuracy/Speed Micro/Fine milling Process intensive Hard Small Deep Accurate Automation Systematic Copyright @ 2005 Makino Milling Machine Co.‚Ltd. All Rights Reserved 1 Requests to the Machine Tool Builder Mold Manufacturing Process Product Design Mold
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CONTENTS i CONTENTS 1.0 Introduction 1 2.1 Introduction & History of Mountain Bike 1 2.2 Function of The Component / Product 3 2.3 Assumption on The Type of Manufacturing Method 4 and Quantity of Production 2.0 Detailed Specification of The Final Product 7 3.4 Material Selection 7 3.5 Component Analysis 8 3.6 Dimensional‚ Surface etc Specification 9
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forced to follow MTS’s request to fulfill the K-Cup manufacturing capacity. • Difficult to ‘reverse engineer’ the manufacturing technology: despite the alternatives of having new K-Cup suppliers‚ there is no assurance that the new suppliers could complete the project on-time and on-budget as the learning curve is hard to be built at an initial stage. • Delays in the full roll-out of the new coffee brewing system: delays in manufacturing lines (both K-Cup’s production and brewing machines)
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General Motors with Lean Manufacturing An Introduction of GM Global Manufacturing System Operations Management Team Project Contributed by We Make A+ (sort by number): 유형근 - 2009 050 444 오슬기 - 2010 049 712 손무화 - 2010 054 149 주시건 - 2010 059 605 김학운 - 9125 620 120 Division of Business Administration‚ Hanyang Univ. ERICA Ansan‚ December 2012 Contents Part 1.Overview of General Motors 2 1.1 Why General Motors? 2 1.2 Introduction of General Motors 3 1.3 Basic Information
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Manufacturing Execution Systems About the Editor Heiko Meyer has over 10 years of professional experience in developing software solutions for process and factory automation. He holds a master of science degree in mechanical engineering and a Ph.D. in computer science (modeling distributed systems) from the Technical University of Munich (Germany). At present he is head of the research and development department at Gefasoft AG. He has published over 30 papers and several books on the subject
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