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E-grāmata: Understanding, Measuring, and Improving Overall Equipment Effectiveness: How to Use OEE to Drive Significant Process Improvement

  • Formāts: 92 pages
  • Izdošanas datums: 23-Aug-2017
  • Izdevniecība: CRC Press
  • Valoda: eng
  • ISBN-13: 9781351681520
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  • Formāts: 92 pages
  • Izdošanas datums: 23-Aug-2017
  • Izdevniecība: CRC Press
  • Valoda: eng
  • ISBN-13: 9781351681520
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Understanding, Measuring, and Improving Overall Equipment Effectiveness: How to Use OEE to Drive Significant Process Improvement explains why the Overall Equipment Effectiveness (OEE) measure was created and how it should be used.

Based on 20 years of hands on experience applying OEE at over 150 sites, this step-by-step practical guide provides templates, assessments, a comprehensive loss-analysis framework to identify all possible variables that could affect OEE, and supporting spreadsheets to measure and improve OEE. It outlines the different operational situations in which OEE can foster improvements, and the implications, before providing an easy-to-understand template for creating appropriate definitions for all the losses and a loss model.

The author explains how to calculate OEE using examples to improve performance, and then shows, in detail, how to use an OEE Loss Analysis Spreadsheet to understand all losses, set an ideal vision, and then classify losses so improvement can be approached in the most sustaining way.

1 Understanding OEE
1(12)
Responsibility and Accountability for OEE
2(2)
Calculating OEE
4(1)
Using Equations
4(1)
Using the Time Loss or the Unit Loss Model
5(1)
What Is Best Practice OEE?
5(1)
The Need to Understand and Monitor the Elements of OEE
6(1)
Why Is OEE Often Measured Incorrectly?
7(1)
What Should Be the Purpose of OEE?
8(1)
OEE as a "Driver" for Improvement
9(1)
If You Shouldn't Benchmark OEE, What Should It Be Used for?
9(2)
The Challenge of Productivity and OEE
11(1)
Key Learnings from
Chapter 1
12(1)
2 Measuring OEE
13(6)
The Need for Standard Definitions
13(1)
The Need to Determine the Operational Situation
14(1)
Equipment Performance Definitions
15(3)
Line Utilization (LU)
15(1)
Overall Equipment Effectiveness (OEE)
16(1)
Production Efficiency (PE)
16(1)
Example Definitions Related to Equipment Losses
16(2)
Key Learnings from
Chapter 2
18(1)
3 Calculating OEE
19(8)
Using the Loss Information
21(4)
Key Learnings from
Chapter 3
25(2)
4 Improving OEE
27(16)
What Affects the OEE Losses?
27(1)
Capturing OEE Loss Analysis Data
28(1)
Conducting an OEE Loss Analysis
29(10)
Getting Started
29(2)
Preparation before Kicking-Off Teams
31(2)
Preparation Analysis for a Macro Focused Equipment & Process Improvement Team
33(2)
Example Raw Materials/Inputs Sheet
35(4)
OEE Loss Analysis Spreadsheet
39(1)
Develop Your Planned Downtime Model for the Production Area or Line
39(1)
Establish Your OEE Baseline
39(1)
Provide OEE Training for Team Members
40(1)
Team Kick-Off Workshop
40(1)
Key Learnings from
Chapter 4
41(2)
5 Using the OEE Loss Analysis Spreadsheet
43(28)
Sheet 1 Second-Level OEE Loss Analysis Sheet
43(9)
Capture the Continuous Recording Data
44(4)
Conduct Observations
48(3)
Populate the Second-Level OEE Loss Analysis Sheet
51(1)
Sheet 2 Second-Level OEE Loss Summary Sheet
52(3)
Sheet 3 First-Level OEE Loss Analysis Sheet
55(1)
Sheet 4 Second-Level OEE Improvement Visions Sheet
55(5)
Sheet 5 Second-Level OEE Improvement Gap High-Level Opportunity Analysis Sheet
60(3)
Sheet 6 Second-Level OEE Improvement Targets Sheet
63(3)
Sheet 7 Production Area or Line Cost--Benefit Sheet
66(1)
Sheet 8 First-Level OEE Improvement Summary Sheet
67(1)
Key Learnings from
Chapter 5
67(4)
6 Automating OEE Data Capture
71(8)
When Should We Automate?
71(1)
What Should Be Considered When Selecting the Software?
72(4)
1 Accessibility
72(1)
2 Information Design
73(2)
3 Reporting Capability
75(1)
4 Integration
75(1)
5 All-in-One versus Best-of-Breed
76(1)
How Do We Ensure We Are Capturing the Right Information?
76(1)
How Do We Want the Information Displayed/Accessed?
77(1)
Defining the Purpose of the Loss Data Capture System
77(1)
Key Learnings from
Chapter 6
78(1)
Appendix: OEE Improvement Rating 79(2)
Index 81(4)
About the Author 85
Ross commenced his working career in 1970 at the Port Kembla Steelworks (12 yrs); followed by Cable Makers Australia (5 yrs) and David Brown Gear Industries (3 yrs). Over these 20 years he gained hands-on manufacturing and operational experience covering maintenance (14 years), production, operations and executive roles before moving into management consulting.









In 1985 Ross developed his passion for Lean Production following his involvement in the Value Added Management (JIT) initiative by the NSW Government. Ross quickly and effectively applied the new Lean principles and practices firstly at the CMA Foam Group Lullaby Bedding Factory while Factory Manager, then CMAs Cable Accessories Factory as Site Manager before moving to David Brown Gear Industries as Manufacturing Manger to establish and oversee the relocation of the company from Sydney to Wollongong to a new facility set up on Lean principles and practices.









In 1989 after the new facility was well established and recognised for its leading edge improvements based on Lean, Ross was invited to join the new JIT / Lean practice being established by the Manufacturing and Operations Group of Coopers & Lybrand's International Management Consulting Practice based in Sydney.









Over the next 5 years Ross had the opportunity to work on major assignments with some of the firms leading Lean practitioners from USA, Canada and the UK. It was also during this time that he first came across TPM (a critical missing link in the Lean tool kit) in 1990 when he led one of the first implementations of TPM in Australasia under the guidance of John Campbell who was Partner-in-Charge of Coopers & Lybrands Global Centre for Maintenance Excellence based in Canada and author of the internationally recognised maintenance book Uptime.









In August 1994 Ross established his own consulting practice specialising in TPM. He organised and chaired Australasias first TPM conference in 1995 and, at the request of the delegates at the conference, Ross with several colleagues founded The Centre for TPM (Australasia) in January 1996 to provide a membership-based organisation to support Australasian industry and academia.









After extensive research including a trip to Paris in 1997 to attend Europes first World-Class Manufacturing & JIPM-TPM Conference and associated workshops with leading TPM practitioners from throughout the world, The Centre for TPM (Australasia) launched its TPM3 methodology in January 1998, which is an enhanced and expanded Australasian version of the Japan Institute of Plant Maintenance (JIPM) 3rd Generation TPM embracing the Toyota Production System and spanning the entire Supply Chain.









Since then CTPM has been involved with a wide range of leading manufacturing, mining, processing, utilities and service companies. For example from Sept 1998 to June 2003 CTPM assisted Telstra roll-out their TPM initiative to over 200 teams servicing their Customer Access Copper Network in 16 Regions throughout Australia resulting in over $110m in savings.









Ross has been actively involved with Lean Production since 1985, TPM since 1990 and Australasian TPM & Lean (TPM3) since 1998 and has delivered publicly over 200 workshops and papers on the subjects both within Australia and overseas.



CTPM, under the direction of Ross with his team of experienced CI Specialists, is presently assisting over 30 sites located in Australia, New Zealand, Thailand, Indonesia and China on their TPM & Lean / CI journeys to Operational Excellence and World Class Performance.