1 / 32

Engineering Manufacturing Facilities

22. Engineering Manufacturing Facilities. Objectives. List the major engineering tasks in organizing a manufacturing operation. Describe how the manufacturing engineer performs these tasks. Demonstrate the use of forms such as the operation process chart and the flow process chart.

rbyers
Download Presentation

Engineering Manufacturing Facilities

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. 22 Engineering Manufacturing Facilities

  2. Objectives List the major engineering tasks in organizing a manufacturing operation. Describe how the manufacturing engineer performs these tasks. Demonstrate the use of forms such as the operation process chart and the flow process chart.

  3. Engineering Manufacturing Facilities • Engineered facilities • Permit efficient production • Manufacturing engineers • Design and develop facilities for approved products • Allow production at a competitive price

  4. Selecting and Sequencing Operations • Plant engineering • Deciding needed processes (selecting) • Putting them in order (sequencing) • Manufacturing engineers organize with • Forms • Methods

  5. Operations Sheet • Engineers must analyze the product drawings to determine needed operations • Operations sheetincludes: • Operation name • Machines needed • Tooling needed

  6. Additional Forms • Aflow process chartallows engineers to: • Study the sequence of operations • Identify the best ways to make a part • Uses industry standard symbols

  7. Flow Process Chart Describes the tasks Provides code numbers for each task Identifies machines Lists tooling needed for the task Does not let you view the whole system

  8. Flow Process Chart (Cont.)

  9. Operations Process Chart • Shows the whole system for the product • How each part is made • How they are assembled • Where operations and inspections fit in • Used in scheduling production • Allows engineers to analyze the overall manufacturing process

  10. Operations Process Chart (Cont.) • Tasks not included: • Transportation • Delay • Storage

  11. Designing Tooling • Tooling is designed to increase the operation’s: • Speed • Accuracy • Safety

  12. Preparing Plant Layout • Resource flow • Manufacturing engineers plan • Machine placement • Material movement • Utility location • Aisles

  13. Plant Layout • Process layout • Custom manufacturing • Intermittent manufacturing

  14. Plant Layout (Cont.) • Product layout • Continuous manufacturing

  15. Communicating Layouts • Manufacturing engineers must document and communicate their designs • Plant layout drawings • Models

  16. Material Handling • Fixed path devices move a product from one fixed point to another • Assembly lines • Conveyors • Pipes • Elevators • Chutes

  17. Material Handling (Cont.) • Variable path devices move product in a number of different directions • Forklifts • Overhead cranes • Tractors • Hand trucks • Require an operator

  18. Improving Manufacturing Systems Production lines redesigned and improved More efficient machines and tooling Better material-handling devices Improved material flow Operations refined

  19. Review Question An efficiently designed manufacturing facility will produce its products at a(n) _____. competitive price

  20. Review Question Who is responsible for the design and development of manufacturing facilities? Manufacturing engineers

  21. Review Question What are the major tasks in organizing a manufacturing operation? Selecting and sequencing operations, designing tooling, preparing plant layout, designing material handling systems, improving manufacturing systems.

  22. Review Question The _____ includes operation name, machine used, and tooling needed to produce a product. operation sheet

  23. Review Question The _____ describes each task, codes each task, identifies machines to be used, and lists tooling for the task. flow process chart

  24. Review Question The _____ shows how each part is made and how they are assembled into a final product. operation process chart

  25. Review Question True or False? Material handling is a term used to describe devices such as jigs, fixtures, patterns, and templates used to make workers faster, more accurate, safer. False

  26. Review Question • _____ layouts are used to design a factory around the production of one specific product. A. Process B. Product C. Tooling D. Material • B. Product

  27. Review Question True or False? Process layouts group machines by the processes they perform. True

  28. Review Question True or False? Variable path devices move a product from one fixed point to another. False

  29. Glossary • Competitive price • a price at which a product can be produced cheaply enough to sell at a price similar to like products on the market. • Flow process chart • a graphic means of showing all the steps and processes a single part goes through as it is manufactured. • Manufacturing engineer • a professional person who organizes manufacturing operations.

  30. Glossary • Material handling • the methods used to move material around a manufacturing plant. • Operations • the processes that shape and assemble a product. • Operation sheet • a form used to record the sequence of operations needed to produce a product. • Process layout • a type of plant layout where machines are grouped by the process they perform.

  31. Glossary • Product layout • A manufacturing arrangement in which equipment is arranged in the sequence of operations needed to produce the product. • Resource flow • the flow of materials and people inside a plant. • Tooling • devices such as jigs, fixtures, patterns, and templates that help workers make products better and faster. Tooling is designed for three purposes: to increase speed, accuracy, and safety.

More Related