Kaizen case study – Silver Prize winning submission by Dubal during 3rd Continual Improvement & Innovation Symposium organized by Dubai Quality Group's Continual Improvement Subgroup to celebrate World Quality Day 2011.
This document discusses equipment maintenance and total productive maintenance (TPM). It outlines the aims of equipment maintenance as keeping equipment ready for productive operation and defines failure as when equipment loses its prescribed function. It then lists common symptoms of failure-prone workplaces and ways to prevent failures through conducting preventive maintenance like routine cleaning, lubrication, and inspection. The document also discusses implementing preventive maintenance to minimize erratic failure intervals, extend equipment life, and predict failures. Finally, it introduces TPM, explaining that as machines become more advanced, products are made by equipment so failures cannot be allowed, and all departments must work together to properly maintain equipment through TPM's 12 step deployment program.
WQD2011 - KAIZEN - EMAL - Core Cutting Machine (Tech. Lab.) Safety ModificationDubai Quality Group
Kaizen case study submitted by Emirates Aluminium during 3rd Continual Improvement & Innovation Symposium organized by Dubai Quality Group's Continual Improvement Subgroup to celebrate World Quality Day 2011.
The document discusses Total Productive Maintenance (TPM), which aims to achieve 100% equipment availability through eliminating equipment breakdowns, scrap, rework, and reduced productivity. TPM requires involvement from all employees and uses autonomous, preventative, and predictive maintenance strategies. The document outlines the types of maintenance strategies and provides steps for implementing TPM, including selecting a TPM area and team, developing goals, and training employees. It also discusses TPM management and metrics.
TPM For lean manufacturing chp3 | kobetsu kaizen for production efficiency...博行 門眞
My Home page is Japanese Gemba Kaizen Web
http://takuminotie.com/english/
Please Look and Like us on Facebook
Table of contents
1. Improvement of zero failure
2. Improvement of the setup
3. Improvement of cutting blade change loss
4. Improvement of start up
5. Improvement of Minor stoppage
6.Improvement of Speed losses
7.Improvement of Yield losses
8. Principle of improvement
This document provides an overview of Total Productive Maintenance (TPM). It discusses the history and objectives of TPM, as well as the benefits it provides. The core pillars of TPM are also summarized, including 5S, Jishu Hozen, Kobetsu Kaizen, planned maintenance, quality maintenance, and training. TPM aims to maximize equipment effectiveness through improved maintenance practices and employee involvement across all departments. When implemented successfully, TPM can increase productivity and efficiency while reducing costs and improving product quality and customer satisfaction.
A presentation on TPM and its goals, pillars, and other aspects have been explored as well as its relation to 5s, OEE these tools also have been shown. In the end, step by step implementation of TPM is also discussed.
The KK sub-committee is responsible for analyzing production losses, setting targets to minimize losses, selecting kaizen themes, and guiding kaizen projects. It identifies priority losses such as setup time, tool changes, minor stoppages, and management losses. The sub-committee develops a master plan for kaizen projects, forms cross-functional teams, and tracks progress towards production and efficiency targets. Operators provide input to identify losses and help implement improvements through kaizen activities. Training is provided to all staff on production analysis and improvement techniques.
Total Quality Managment - TPM - final year B.E.cs - Presented by DR. K. BARANIDHARAN, SAIRAM INSTITUTE OF MANAGMENT STUDIES (sims) SRI SAI RAM INSTITUTE OF TECHNILIGY (sit) CHENNAI
This document discusses equipment maintenance and total productive maintenance (TPM). It outlines the aims of equipment maintenance as keeping equipment ready for productive operation and defines failure as when equipment loses its prescribed function. It then lists common symptoms of failure-prone workplaces and ways to prevent failures through conducting preventive maintenance like routine cleaning, lubrication, and inspection. The document also discusses implementing preventive maintenance to minimize erratic failure intervals, extend equipment life, and predict failures. Finally, it introduces TPM, explaining that as machines become more advanced, products are made by equipment so failures cannot be allowed, and all departments must work together to properly maintain equipment through TPM's 12 step deployment program.
WQD2011 - KAIZEN - EMAL - Core Cutting Machine (Tech. Lab.) Safety ModificationDubai Quality Group
Kaizen case study submitted by Emirates Aluminium during 3rd Continual Improvement & Innovation Symposium organized by Dubai Quality Group's Continual Improvement Subgroup to celebrate World Quality Day 2011.
The document discusses Total Productive Maintenance (TPM), which aims to achieve 100% equipment availability through eliminating equipment breakdowns, scrap, rework, and reduced productivity. TPM requires involvement from all employees and uses autonomous, preventative, and predictive maintenance strategies. The document outlines the types of maintenance strategies and provides steps for implementing TPM, including selecting a TPM area and team, developing goals, and training employees. It also discusses TPM management and metrics.
TPM For lean manufacturing chp3 | kobetsu kaizen for production efficiency...博行 門眞
My Home page is Japanese Gemba Kaizen Web
http://takuminotie.com/english/
Please Look and Like us on Facebook
Table of contents
1. Improvement of zero failure
2. Improvement of the setup
3. Improvement of cutting blade change loss
4. Improvement of start up
5. Improvement of Minor stoppage
6.Improvement of Speed losses
7.Improvement of Yield losses
8. Principle of improvement
This document provides an overview of Total Productive Maintenance (TPM). It discusses the history and objectives of TPM, as well as the benefits it provides. The core pillars of TPM are also summarized, including 5S, Jishu Hozen, Kobetsu Kaizen, planned maintenance, quality maintenance, and training. TPM aims to maximize equipment effectiveness through improved maintenance practices and employee involvement across all departments. When implemented successfully, TPM can increase productivity and efficiency while reducing costs and improving product quality and customer satisfaction.
A presentation on TPM and its goals, pillars, and other aspects have been explored as well as its relation to 5s, OEE these tools also have been shown. In the end, step by step implementation of TPM is also discussed.
The KK sub-committee is responsible for analyzing production losses, setting targets to minimize losses, selecting kaizen themes, and guiding kaizen projects. It identifies priority losses such as setup time, tool changes, minor stoppages, and management losses. The sub-committee develops a master plan for kaizen projects, forms cross-functional teams, and tracks progress towards production and efficiency targets. Operators provide input to identify losses and help implement improvements through kaizen activities. Training is provided to all staff on production analysis and improvement techniques.
Total Quality Managment - TPM - final year B.E.cs - Presented by DR. K. BARANIDHARAN, SAIRAM INSTITUTE OF MANAGMENT STUDIES (sims) SRI SAI RAM INSTITUTE OF TECHNILIGY (sit) CHENNAI
TPM the effective maintenance with Autonomous MaintenanceTimothy Wooi
This is a 2 days course on Total Productive Maintenance (TPM) that will guide you through to implement Autonomous Maintenance (AM) on your current Equipment and to plan the execution of your Preventive (PM) & Predictive Maintenance (PdM).TPM defines your Maintenance schedule and Goals. TPM helps you plan and develop the optimal program for your facility, resulting in increased efficiency and cost savings.
Day 1
TPM General Overview with Autonomous
Maintenance (AM) as the back bone of TPM
6 Steps to Autonomous Maintenance
Audit , Review & Externalize Inspection Activities
from Equipment Manual to (AM)
Executing Equipment Audit to start (AM) & (PM)
-TPM Board & AM Checklist with Visual
Management Implementation.
TPM is for improving productivity by making processes more reliable and less wasteful. To achieve this objective, preventive and predictive maintenance is adopted. The objective of TPM is to maintain the plant or equipment in good condition.
The document outlines a strategy for implementing and sustaining a Total Productive Maintenance (TPM) program. It recommends announcing the program to management, educating the workforce, establishing committees and goals, and developing an equipment maintenance program. Key roles include operators maintaining basic equipment conditions and maintenance providing technical support. The strategy shifts emphasis from breakdown maintenance to planned and predictive maintenance. Implementation teams work to reduce equipment losses and transfer skills to operators. Quantitative goals include reductions in failures and downtime, while qualitative goals include improved culture, teamwork, and satisfaction. Sustaining the program requires maintaining standards, auditing results, and ensuring activities become daily routines.
Total productive maintenance (TPM) is a system to maintain and improve production systems through machines, equipment, processes, and employees. It was created by Nippon Denso in the 1970s to add business value. The principle is that many small improvements are more effective than few large improvements. TPM has eight pillars: autonomous maintenance, focused improvement, planned maintenance, quality maintenance, training and education, safety and health, office TPM, and development management. The goals are to eliminate losses, improve equipment effectiveness and manufacturing cost reduction.
5S is a methodology for organizing and standardizing the workplace. It consists of five disciplines: Sort, Set in Order, Shine, Standardize, and Sustain. Implementing 5S helps create a visual workplace through visual controls and information systems. It removes waste from processes and helps ensure business survival through continuous improvement practices like Kaizen. Some key aspects of 5S include removing unneeded items, having designated storage spots for all tools and supplies, cleaning the work area on an ongoing basis, and standardizing organizational methods.
TPM for lean manufacturing chp4 step of “jlshu hozen “activities博行 門眞
My Home page is Japanese Gemba Kaizen Web
http://takuminotie.com/english/
Please Look and Like us on Facebook
Table of contents
1. What is Jlshu-Hozen ?
2.Conservation activities of manufacturing departments
3.Conservation activities of maintenance department
4.Step method for the development of “Jishu-Hozen”
Step1: Initial-phase cleaning
Step2:Countermeasures for the source of problems
Step3: Establishment of tentative standards for“Jishu-Hozen”
Step4:General [overall] inspection
Step5: Autonomous inspection
Step6:Standardization
Step 7:Thorough implementation of autonomous
TPM Total Productive Maintenance for Quarry Plant(2) Timothy Wooi
This is the day 2 Course for TPM which is a company wide team-based effort to build quality into equipment and to improve overall equipment effectiveness (OEE) towards Zero Breakdown.
It covers Steps in Introduction of TPM, The 5’S Step towards TPM, Conditions Required for TPM, TPM Strategy
TPM Tools, Set-back of TPM Implementation, Course Evaluation, Recap and Closing
Training slides for 5S Awareness & Implementation. (NOT for Practical 5S: Uplift Company Image by Increasing Quality & Productivity Training).
This is one day training. Normally conducted on Saturday. To join the training, please send email to training@myanuar.com
The document discusses loss analysis and total productive maintenance to improve machine utilization. It provides details on calculating overall equipment effectiveness (OEE) including availability, performance, and quality. Examples are given to measure OEE and analyze sources of loss by categorizing stoppage times and defects. The goal is to use key performance indicators and loss analysis to identify improvement areas and drive process enhancements.
This document provides an overview of Total Productive Maintenance (TPM). TPM is a holistic approach to equipment maintenance that aims for perfect production with no breakdowns, small stops, defects, or accidents. It involves 8 principles: autonomous maintenance by operators, planned maintenance based on failure rates, quality maintenance to eliminate defects, focused improvement through cross-functional teams, early equipment management to improve new designs, training and education, maintaining safety and health, and applying TPM techniques to administrative functions. The goals are to maximize equipment efficiency through proactive maintenance and empowering operators while reducing waste.
Jishu Hozen or Autonomous Maintenance DEEPAK SAHOO
The document discusses establishing standards for equipment preventive maintenance through steps like identifying areas for cleaning, lubrication, inspection and tightening, deciding tools and methods, setting goals and timelines, introducing visual controls, and preparing standards that can be easily followed to help maintain equipment in optimal condition and prevent failures. It provides examples of potential standards for cleaning, lubrication and inspection activities.
This document provides an overview of Total Productive Maintenance (TPM). It defines TPM, describes its origins in quality management techniques, and outlines its eight pillars including autonomous maintenance, planned maintenance, and equipment improvement. The document explains how to implement a TPM program over multiple steps, from establishing goals to training personnel. It concludes by noting the benefits of TPM such as increased equipment productivity and reduced costs.
Total Productive Maintenance (TPM) is a lean tool that involves employees in maintaining equipment to improve production through reduced breakdowns and defects. TPM takes a holistic approach to maintenance through a team-based process. The objectives of TPM are to maximize production effectiveness and organize the shop floor to prevent losses. The eight pillars of TPM include autonomous maintenance, planned maintenance, quality maintenance, and training and education. Implementing TPM benefits companies by increasing equipment uptime and plant capacity while lowering costs.
This document provides an overview of Total Productive Maintenance (TPM). It discusses the 8 pillars of TPM including Overall Equipment Effectiveness (OEE), Autonomous Maintenance, Planned Maintenance, and others. It outlines the philosophy and goals of TPM, which include maximizing equipment efficiency with zero accidents, defects, and breakdowns. The document also provides examples of TPM implementation including forming cross-functional teams, conducting training, creating activity boards, and establishing steering committees to guide the TPM process.
The document describes the process of Jishu-Hozen, or autonomous maintenance. It includes 7 steps: 1) initial cleaning, 2) measures against sources of contamination, 3) formulation of cleanup and lubrication standards, 4) general inspection, 5) autonomous inspection, 6) standardization, and 7) autonomous management. The goals are to prevent equipment issues, reduce maintenance costs, and increase operator involvement in maintenance through standardized processes and inspections led by cross-functional teams.
The document discusses mistake proofing and poka-yoke techniques. It covers key aspects of a zero defect quality system including point of origin inspection, 100% audit checks, immediate feedback, and poka-yoke methods. Poka-yoke refers to using sensors or devices to detect errors and can be either control systems that shut down processes when errors are detected or warning systems that signal operators to correct issues.
Total Productive Maintenance (TPM) for EVERTS 20Aug2018Timothy Wooi
This is a 2 day Course which is a company wide, team-based effort, to build quality into equipment, and to improve overall equipment effectiveness (OEE) towards Zero Breakdown.
It uses Total Quality Control and Total Employee Involvement approach, in maintaining the Equipment towards a “ready to use condition” using energy efficiently.
This course will guide you through to assess the activities of Autonomous Maintenance (AM) on your current Equipment and to plan the execution of your Maintenance Activities using a Visual Schedule.
TPM defines your Maintenance schedule and Goals..
TPM helps you plan and develop the optimal program for your facility, resulting in increased efficiencies and cost savings
1. The document introduces Total Productive Maintenance (TPM), which aims to maximize production efficiency through the participation of all employees and departments.
2. TPM focuses on improving equipment effectiveness, preventing breakdowns and defects, and promoting a safe working environment. It was first implemented in Japanese factories and has since spread globally.
3. TPM has 8 pillars that guide its implementation, including autonomous maintenance, planned maintenance, quality maintenance, and education/training to build employee skills. Regular practice of TPM results in increased productivity, reduced costs, fewer accidents, and an improved workplace.
This document summarizes the efforts of a team to improve 5S and standard work scores in three spinning cells (Cells 6, 9, and 16) at an RFAB facility. The team's goals were to improve the 5S score to 2.75 and the standard work score to 2.75 by April 19, 2007. Through cleaning activities, creating standard work documentation, and training associates, the team achieved a standard work score of 3.03 across all three cells and improved the 5S audit score from 0.83 to 2.66 across the cells.
This document provides forms and checklists to support Kaizen and quality improvement programs. It includes an overview of Kaizen and its benefits in driving improvements to create a leaner business. Various Kaizen tools and methods are described such as 5S, value stream mapping, PDCA cycles and A3 problem solving. Checklists and forms are presented to guide activities like setting targets, observing processes, identifying issues, planning and tracking improvements through Kaizen workshops and events. The goal is to establish standard work and continuously measure and improve performance.
TPM the effective maintenance with Autonomous MaintenanceTimothy Wooi
This is a 2 days course on Total Productive Maintenance (TPM) that will guide you through to implement Autonomous Maintenance (AM) on your current Equipment and to plan the execution of your Preventive (PM) & Predictive Maintenance (PdM).TPM defines your Maintenance schedule and Goals. TPM helps you plan and develop the optimal program for your facility, resulting in increased efficiency and cost savings.
Day 1
TPM General Overview with Autonomous
Maintenance (AM) as the back bone of TPM
6 Steps to Autonomous Maintenance
Audit , Review & Externalize Inspection Activities
from Equipment Manual to (AM)
Executing Equipment Audit to start (AM) & (PM)
-TPM Board & AM Checklist with Visual
Management Implementation.
TPM is for improving productivity by making processes more reliable and less wasteful. To achieve this objective, preventive and predictive maintenance is adopted. The objective of TPM is to maintain the plant or equipment in good condition.
The document outlines a strategy for implementing and sustaining a Total Productive Maintenance (TPM) program. It recommends announcing the program to management, educating the workforce, establishing committees and goals, and developing an equipment maintenance program. Key roles include operators maintaining basic equipment conditions and maintenance providing technical support. The strategy shifts emphasis from breakdown maintenance to planned and predictive maintenance. Implementation teams work to reduce equipment losses and transfer skills to operators. Quantitative goals include reductions in failures and downtime, while qualitative goals include improved culture, teamwork, and satisfaction. Sustaining the program requires maintaining standards, auditing results, and ensuring activities become daily routines.
Total productive maintenance (TPM) is a system to maintain and improve production systems through machines, equipment, processes, and employees. It was created by Nippon Denso in the 1970s to add business value. The principle is that many small improvements are more effective than few large improvements. TPM has eight pillars: autonomous maintenance, focused improvement, planned maintenance, quality maintenance, training and education, safety and health, office TPM, and development management. The goals are to eliminate losses, improve equipment effectiveness and manufacturing cost reduction.
5S is a methodology for organizing and standardizing the workplace. It consists of five disciplines: Sort, Set in Order, Shine, Standardize, and Sustain. Implementing 5S helps create a visual workplace through visual controls and information systems. It removes waste from processes and helps ensure business survival through continuous improvement practices like Kaizen. Some key aspects of 5S include removing unneeded items, having designated storage spots for all tools and supplies, cleaning the work area on an ongoing basis, and standardizing organizational methods.
TPM for lean manufacturing chp4 step of “jlshu hozen “activities博行 門眞
My Home page is Japanese Gemba Kaizen Web
http://takuminotie.com/english/
Please Look and Like us on Facebook
Table of contents
1. What is Jlshu-Hozen ?
2.Conservation activities of manufacturing departments
3.Conservation activities of maintenance department
4.Step method for the development of “Jishu-Hozen”
Step1: Initial-phase cleaning
Step2:Countermeasures for the source of problems
Step3: Establishment of tentative standards for“Jishu-Hozen”
Step4:General [overall] inspection
Step5: Autonomous inspection
Step6:Standardization
Step 7:Thorough implementation of autonomous
TPM Total Productive Maintenance for Quarry Plant(2) Timothy Wooi
This is the day 2 Course for TPM which is a company wide team-based effort to build quality into equipment and to improve overall equipment effectiveness (OEE) towards Zero Breakdown.
It covers Steps in Introduction of TPM, The 5’S Step towards TPM, Conditions Required for TPM, TPM Strategy
TPM Tools, Set-back of TPM Implementation, Course Evaluation, Recap and Closing
Training slides for 5S Awareness & Implementation. (NOT for Practical 5S: Uplift Company Image by Increasing Quality & Productivity Training).
This is one day training. Normally conducted on Saturday. To join the training, please send email to training@myanuar.com
The document discusses loss analysis and total productive maintenance to improve machine utilization. It provides details on calculating overall equipment effectiveness (OEE) including availability, performance, and quality. Examples are given to measure OEE and analyze sources of loss by categorizing stoppage times and defects. The goal is to use key performance indicators and loss analysis to identify improvement areas and drive process enhancements.
This document provides an overview of Total Productive Maintenance (TPM). TPM is a holistic approach to equipment maintenance that aims for perfect production with no breakdowns, small stops, defects, or accidents. It involves 8 principles: autonomous maintenance by operators, planned maintenance based on failure rates, quality maintenance to eliminate defects, focused improvement through cross-functional teams, early equipment management to improve new designs, training and education, maintaining safety and health, and applying TPM techniques to administrative functions. The goals are to maximize equipment efficiency through proactive maintenance and empowering operators while reducing waste.
Jishu Hozen or Autonomous Maintenance DEEPAK SAHOO
The document discusses establishing standards for equipment preventive maintenance through steps like identifying areas for cleaning, lubrication, inspection and tightening, deciding tools and methods, setting goals and timelines, introducing visual controls, and preparing standards that can be easily followed to help maintain equipment in optimal condition and prevent failures. It provides examples of potential standards for cleaning, lubrication and inspection activities.
This document provides an overview of Total Productive Maintenance (TPM). It defines TPM, describes its origins in quality management techniques, and outlines its eight pillars including autonomous maintenance, planned maintenance, and equipment improvement. The document explains how to implement a TPM program over multiple steps, from establishing goals to training personnel. It concludes by noting the benefits of TPM such as increased equipment productivity and reduced costs.
Total Productive Maintenance (TPM) is a lean tool that involves employees in maintaining equipment to improve production through reduced breakdowns and defects. TPM takes a holistic approach to maintenance through a team-based process. The objectives of TPM are to maximize production effectiveness and organize the shop floor to prevent losses. The eight pillars of TPM include autonomous maintenance, planned maintenance, quality maintenance, and training and education. Implementing TPM benefits companies by increasing equipment uptime and plant capacity while lowering costs.
This document provides an overview of Total Productive Maintenance (TPM). It discusses the 8 pillars of TPM including Overall Equipment Effectiveness (OEE), Autonomous Maintenance, Planned Maintenance, and others. It outlines the philosophy and goals of TPM, which include maximizing equipment efficiency with zero accidents, defects, and breakdowns. The document also provides examples of TPM implementation including forming cross-functional teams, conducting training, creating activity boards, and establishing steering committees to guide the TPM process.
The document describes the process of Jishu-Hozen, or autonomous maintenance. It includes 7 steps: 1) initial cleaning, 2) measures against sources of contamination, 3) formulation of cleanup and lubrication standards, 4) general inspection, 5) autonomous inspection, 6) standardization, and 7) autonomous management. The goals are to prevent equipment issues, reduce maintenance costs, and increase operator involvement in maintenance through standardized processes and inspections led by cross-functional teams.
The document discusses mistake proofing and poka-yoke techniques. It covers key aspects of a zero defect quality system including point of origin inspection, 100% audit checks, immediate feedback, and poka-yoke methods. Poka-yoke refers to using sensors or devices to detect errors and can be either control systems that shut down processes when errors are detected or warning systems that signal operators to correct issues.
Total Productive Maintenance (TPM) for EVERTS 20Aug2018Timothy Wooi
This is a 2 day Course which is a company wide, team-based effort, to build quality into equipment, and to improve overall equipment effectiveness (OEE) towards Zero Breakdown.
It uses Total Quality Control and Total Employee Involvement approach, in maintaining the Equipment towards a “ready to use condition” using energy efficiently.
This course will guide you through to assess the activities of Autonomous Maintenance (AM) on your current Equipment and to plan the execution of your Maintenance Activities using a Visual Schedule.
TPM defines your Maintenance schedule and Goals..
TPM helps you plan and develop the optimal program for your facility, resulting in increased efficiencies and cost savings
1. The document introduces Total Productive Maintenance (TPM), which aims to maximize production efficiency through the participation of all employees and departments.
2. TPM focuses on improving equipment effectiveness, preventing breakdowns and defects, and promoting a safe working environment. It was first implemented in Japanese factories and has since spread globally.
3. TPM has 8 pillars that guide its implementation, including autonomous maintenance, planned maintenance, quality maintenance, and education/training to build employee skills. Regular practice of TPM results in increased productivity, reduced costs, fewer accidents, and an improved workplace.
This document summarizes the efforts of a team to improve 5S and standard work scores in three spinning cells (Cells 6, 9, and 16) at an RFAB facility. The team's goals were to improve the 5S score to 2.75 and the standard work score to 2.75 by April 19, 2007. Through cleaning activities, creating standard work documentation, and training associates, the team achieved a standard work score of 3.03 across all three cells and improved the 5S audit score from 0.83 to 2.66 across the cells.
This document provides forms and checklists to support Kaizen and quality improvement programs. It includes an overview of Kaizen and its benefits in driving improvements to create a leaner business. Various Kaizen tools and methods are described such as 5S, value stream mapping, PDCA cycles and A3 problem solving. Checklists and forms are presented to guide activities like setting targets, observing processes, identifying issues, planning and tracking improvements through Kaizen workshops and events. The goal is to establish standard work and continuously measure and improve performance.
Kaizen events are short, focused improvement projects that aim to drive quick changes and lead to a leaner business. They use a team-based approach over a short time period, such as 5 days, to identify problems and implement solutions. Key elements include establishing clear goals, dedicating resources to the event, focusing on implementation and action, and achieving immediate, measurable results. Successful kaizen events require planning, stakeholder engagement, change management strategies to sustain results, and defining the current and future states.
WQD2011 - KAIZEN - ETA Ascon - Using Waste PVC Pipe Cuttings as Re-Bar CapDubai Quality Group
This document summarizes a kaizen report from May 2011 proposing using waste PVC pipe cuttings as rebar caps. The before situation involved a lack of timely availability of rebar caps and improper usage and maintenance. The improvement measure involved using waste PVC pipes from MEP works as rebar caps to eliminate rebar penetration risks, save costs, and utilize waste. Benefits included cost savings of around AED 10,000 per project from using waste PVC pipes instead of rebar caps costing AED 4 each. The proposal was to display an example and implement it across sites using waste.
5 - Day Kaizen Event focusing on AR Changeover to:
- Lead time reduction
- Cycle time reduction
- Improve workflow
- WIP reduction
- Improve ergonomics, housekeeping & safety
- Clear SOPs & training materials
Achieved
- 81% Lead time reduction
- 37% Cycle time reduction
- 80% WIP reduction
3 - Day Kaizen Event focusing on AR Changeover to:
- Changeover time reduction
- Increased machine productivity, run time
- Improve cell organization
- Improve ergonomics & safety
- Clear SOPs & training materials
Achieved AUD$220,000 annual savings
WQD2011 - KAIZEN - EMAL - To improve the slot cleaning quality of slotted ano...Dubai Quality Group
Kaizen case study submitted by Emirates Aluminium during 3rd Continual Improvement & Innovation Symposium organized by Dubai Quality Group's Continual Improvement Subgroup to celebrate World Quality Day 2011.
Kaizen is a Japanese philosophy that focuses on continuous incremental improvement of processes in business or industry. A Kaizen blitz involves using cross-functional teams over a short period, like 3-5 days, to rapidly improve a specific work area. The Kaizen approach uses pre-event preparation, a focused Kaizen event, and follow-up actions to implement improvements identified during the event. Tools like process mapping and data analysis are used to identify issues and prioritize solutions, which are then implemented during the event to create standardized work processes and measure benefits.
Kaizen case study submitted by DEWA during 3rd Continual Improvement & Innovation Symposium organized by Dubai Quality Group's Continual Improvement Subgroup to celebrate World Quality Day 2011.
WQD2011 - KAIZEN - EMAL - New design for Ring Main Cover lifting trolleyDubai Quality Group
Kaizen case study submitted by Emirates Aluminium during 3rd Continual Improvement & Innovation Symposium organized by Dubai Quality Group's Continual Improvement Subgroup to celebrate World Quality Day 2011.
This document summarizes a kaizen report from a team that implemented a tugger system to transport finished goods and parts at a factory in Utica. The team established a work standard of 154.9 seconds per delivery/pick up of containers using the tugger system. This was expected to improve the factory's total value created (TVC) key performance indicator by $0.82. The document details the previous manual transport processes, the new tugger system work elements, and time studies conducted to establish the standard work time. It also lists out the kaizen sheets created by the team to document specific problems addressed and improvements made in implementing the new tugger system.
Lincolnton Kaizen Event Final Pitch - InfographicsDerek Baker
The document summarizes a Kaizen event for the Infographics finish goods assembly team. The team aimed to reduce WIP by 20% through standardizing work and improving layout. They implemented a new tester to reduce cycle times and integrated it to service three product families. Through creating single piece flow and standard work, the team reduced WIP by $19,000, floor space by 268 square feet, and average cycle time by 21 minutes.
WQD2011 – KAIZEN – GOLD WINNER – Emirates Aluminium - Production Capacity Max...Dubai Quality Group
1. A cross-functional team at Emirates Aluminium investigated how to increase production capacity of 152mm diameter billet products from 95% to 100%.
2. The team found the water pressure and temperature at the end of the casting table were insufficient to produce the full capacity of 160 billets.
3. Through testing and parameter adjustments, the team was able to achieve the full production capacity of 160 billets consistently, increasing annual production by 2520 tons and profits by approximately $6.5 million with no additional resources required.
WQD2011 - KAIZEN - SRF Oversear Ltd - To reduce production loss due to Maximu...Dubai Quality Group
Kaizen case study submitted by SRF Overseas Limited during 3rd Continual Improvement & Innovation Symposium organized by Dubai Quality Group's Continual Improvement Subgroup to celebrate World Quality Day 2011.
WQD2011 - KAIZEN - SRF Oversear Ltd - To Eliminate frequent breakage of guide...Dubai Quality Group
Kaizen case study submitted by SRF Overseas Limited during 3rd Continual Improvement & Innovation Symposium organized by Dubai Quality Group's Continual Improvement Subgroup to celebrate World Quality Day 2011.
WQD2011 - KAIZEN - EMAL - Modification of Dust Recycling DuctDubai Quality Group
Kaizen case study submitted by Emirates Aluminium during 3rd Continual Improvement & Innovation Symposium organized by Dubai Quality Group's Continual Improvement Subgroup to celebrate World Quality Day 2011.
As of September 2012 a spool manufacturer was required to supply 23,300 Spools by Jun 2013
Based on the current run-rate of 197 spools per week the spools manufacturer is forecasted to complete the full order of 23,300 Spools in Apr 2014, an estimated 10 months behind schedule
As the spool manufacturer was on the critical path for the LNG construction project, the delayed spools were a critical risk to first-gas target date
WQD2011 - KAIZEN - ETA Ascon - Repairing & Eliminating Honeycomb Defect in Co...Dubai Quality Group
The document describes a Kaizen report from ETA ASCON's Quality department about repairing and eliminating honeycomb defects found in concrete columns at a construction site. An analysis identified issues like improper vibration and pouring techniques, and negligence in design mix considerations as causes. Improvement measures included educating workers, updating pouring standards, and preparing a method statement for repairing honeycomb defects to standardize the process and prevent future issues.
A Study On the Effectiveness Of Lean Manufacturing Practices In MSME.jas16
It is a study done on finding the Effectiveness of lean Manufacturing Practices In MSME (Micro Small Medium Enterprises) with the help of cluster approach. the Study has primarily been done on 33 industrial units in Mohali Chandigarh.This study is very necessary for the Engineering and as well as Business Students and Entrepreneurs for the implementation of Lean Manufacturing Practice. it gives the whole ideas of perception on Lean.
The document discusses spare parts criticality assessment methods. It defines spare parts and their importance for minimizing machine downtime. A criticality assessment determines which spare parts are most important to processes. The document then describes models for classifying spare parts as critical or non-critical based on factors like failure rate and procurement lead time. It also outlines several assessment methods like analytic hierarchy process and gray prediction models. Inventory analysis methods like FSN, HML and VED are introduced to help optimize spare part management.
Here are the key steps in the repair order process according to the given priority rules:
1. Emergencies are addressed within 2 hours to prevent injury or serious damage.
2. Urgent issues are resolved within 24 hours to minimize disruption.
3. High priority routine repairs are completed within 7 days.
4. Lower priority routine repairs are done within 21 days.
5. Cyclical or planned routine repairs are bundled and addressed within 6 weeks to improve efficiency.
The priority rules help ensure the most critical repairs are completed quickly while still addressing less urgent issues in a timely manner.
Contract management from creation through execution and monitoring 26 july 2011 Alfresco Software
The document outlines a webinar presentation on a contract management solution. The presentation agenda includes discussing business issues, an overview of the solution, its components, and how to get started. It then provides details on the solution's document creation, editing, approval workflow, search functionality, and capture methodology. Key implementation efforts like requirements gathering, taxonomy definition, testing, and training are also summarized.
Facilities layout design and facilities locationKinjal Lakhani
There are several types of facilities layouts that can be used depending on factors like production volume and variety. The main types discussed are product layout, process layout, fixed location layout, and cellular layout. Product layout is best for high volume, low variety production as it focuses on continuous flow. Process layout groups similar machines together and is better for low volume, high variety. Fixed location keeps materials stationary and moves workers/equipment. Cellular layout combines aspects of product and process layouts by grouping parts into manufacturing cells. The optimal layout depends on an analysis of production volumes and varieties.
Trank and branches for configuration managementscmsupport
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Materials handling involves the movement, storage, and protection of materials. It aims to lower costs by reducing unit handling costs, cycle times, and damages while improving productivity, quality, and storage capacity. The selection of materials handling equipment depends on factors like the production problem, volume, layout, material properties, and capabilities/safety of personnel. Common equipment includes conveyors, cranes, industrial trucks, and auxiliary equipment. The design of handling systems is based on whether they are equipment-oriented, material-oriented, method-oriented, or function-oriented.
The document discusses the NASA Johnson Space Center's use of model-based systems engineering (MBSE) to develop and manage requirements for space suits. It outlines their MBSE approach, which includes developing operational concepts, architectural models, and requirements models to define the technical baseline for space suits. The models help ensure traceability, support analysis, and allow impacts from changes to be efficiently identified.
buildingSMART International is a nonprofit organization that develops open standards to support building information modeling (BIM) and sustainable construction. It has 13 chapters across 24 countries. The organization's vision is sustainability through sharing structured building data using open international standards. Its key standards include IFC for defining reusable building information, IDM for documenting information exchanges, and IFD for cataloging building terminology. The organization believes that governments can achieve cost savings, improved value, and lower carbon emissions by using open and shareable building asset information throughout the lifecycle of their facilities.
This document discusses how to apply systems engineering principles to small, fast-paced projects with limited resources. It recommends tailoring systems engineering processes by deciding in advance how key elements will be addressed rather than questioning if they will be addressed. Checklists from NASA standards can help ensure critical items are considered. Organizational support, collaboration, and focused peer reviews are also important enablers.
The document describes creating a software development lifecycle (SDLC) using the waterfall model and data flow diagram principles, with the goal of optimizing the SDLC for measurement and analysis. It instructs taking the initial SDLC and adding phases/stages to reach a second level of productivity in analysis. Requirements include creating a workflow, adding assumptions, and structuring phases to optimize the SDLC.
Plant layout refers to the configuration and placement of departments, work centers, equipment, and the flow of materials through the production process. Layout decisions are important because they require substantial investments, involve long-term commitments, and significantly impact costs and efficiency. The main types of layouts are product layouts which focus on smooth material flow, process layouts which group similar machinery together, and combination layouts which blend aspects of both. The objective is to facilitate smooth and efficient material and information flow while minimizing costs and non-value added activities.
Hurricane Preparedness and Disaster Recovery_michellgrp10
This document discusses the importance of disaster recovery planning and continuity planning for businesses. It notes that 40% of companies without plans go out of business within 6 weeks of a disaster. Proper planning should address technical, personnel, process and documentation aspects to enable a business to continue operating if key infrastructure or employees are impacted. The document recommends taking a phased approach to develop comprehensive plans and periodically test and update them.
The document discusses different types of plant layouts:
1. Product oriented layouts arrange machinery along the product flow path to facilitate continuous or repetitive production.
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5S Implementation, Inventory Management and Work Flow Digitalization of Maint...Taufiq Rahman
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Facility layout planning determines the optimal physical arrangement of resources within a facility. There are three main types of layouts: process layouts which group similar processes together, product layouts which are designed to efficiently produce specific products, and hybrid layouts which combine aspects of both. Process layouts are used for batch manufacturing while product layouts are used for continuous production lines. The objectives in designing layouts are to reduce costs, improve productivity and efficiency, and facilitate communication and workflow.
The document discusses key aspects of human factors engineering and usability design. It describes a hierarchy of human activity from job operations down to task elements. It also covers personnel factors like anthropometrics, sensory and physiological characteristics. Methods of human factors analysis are outlined, including operator task analysis, operational sequence diagrams, error analysis, and safety/hazard analysis. Mockups and personnel/training requirements are also summarized.
Vodafone – Technical Due Diligence ExerciseSpartanski
The document provides details about two applications, including general information, timeframes, documentation, end users, staffing, procedures, technical details, SLAs, metrics, and quality. Information is requested about the applications' support scope, out of scope activities, contacts, business functions, type, complexity, stability, and more. Metrics include past year tickets, response and resolution times, bugs, downtime, staff sizes, and more.
Agile software engineering is an iterative approach that focuses on collaboration, individuals, working software, customer feedback, and responding to change. It originated from principles outlined in the Agile Manifesto and frameworks like Scrum and XP. Agile approaches are best suited for complex or unpredictable projects and large organizations that can support overlapping teams. Case studies show benefits include increased flexibility, quality, and timely delivery when adopting agile practices, though challenges include lack of structure and difficulty scaling to large or safety-critical systems. The future may bring more adoption of agile approaches as environments become more dynamic.
Great overview of how businesses can plan and be prepared for disasters so that they can minimize cost and downtime. This Powerpoint presentation covers how to build a DR team, set recovery goals and objectives, identifying gaps, selecting technologies, and implementing and maintaining Disaster Recovery Processes. This Presentation also discusses Best Practices that companies should be using to protect themselves and their customers.
The document discusses process selection and facility layout. It explains that process selection refers to how production will be organized and has implications for capacity planning, layout, equipment, and work systems. The main types of process selection are job shop, batch, repetitive/assembly, and continuous production. Effective facility layout depends on the type of process selection and aims to minimize transportation costs and distances. Key considerations for layout include production workflows, distances, costs, budgets, and utilities.
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1. Quality Month: November 2011 Kaizen No. Page No.:
KAIZEN REPORT
Dubai Aluminium Company Limited (DUBAL) Department: Cell Relining & Pre Heat Section/Process : Tool Crib Area
Improvement Title: Improve Materials Management in Tool Crib
Category: [√] Quality improvement [√] Health & Safety [√] Environment [√ ] Productivity [ ] Office processes [ ] Product design improvement [ √ ] Service improvement
Before Situation Root Cause Analysis Improvement Measures After Situation
Potential Causes: 5S Implementation: Adopted DUBAL’s
5S Procedure which included activities for
Lack of differentiation in critical spares
example (reference: DB/GEN.25.01):
vs. common items; fast moving vs. slow
Awareness sessions to all levels
moving items
including contractors
Under-utilized space due to slow
Prepared roadmap for 3S
moving items and idle items/ tools/
Implementation by involving team (After 5S Implementation)
consumables etc.
Sorted critical spares, common items,
Unclear inventory levels ( Overall as well emergency tools and eliminated
as item-wise) unwanted items
Difficulty in accessing tools/ items
Lack of ownership by employees for Defined inventory levels for all the
High searching time in finding materials/ items/ material issue materials/ items tools etc.
tools etc. Undefined Emergency handling tools and Fabricated specialised racks and
equipment purchased plastic bins
Delays in services due to stock-outs of materials
when needed No status description is up-dated (work- Defined colour codes to the area and
in-progress; OK/ Not Ok etc.) standardized labelling
No ownership by employees to maintain the area Conclusion: Re-layout and defined place for all
Why-Why Analysis confirmed the root materials and identified both locations
Difficulty in managing emergency situations Innovative storages (Refer
cause as: and items
Annexure-1)
Absence of Workplace Management Assigned 5S to maintain the area Effective space utilization
System in the area More……………………..
Benefits: Participation
Projected savings of AED 500k due to reduced inventory levels of consumables, hand tools and 1. Ibrahim Baggash Senior Manager, Smelter Services
maintenance spares 2. Abdulla A. Manager, Cell Relining & Pre Heat
ZERO stock-outs for critical and strategic materials 3. Aziz A. Superintendent, Cell Relining
Improved workplace safety, productivity, customer services and reduced environmental wastes 4. Imran Area Assistant Planner
No time delays in accessing materials, tools, consumables and equipments 5. Hussain Sr. Technician
3S and 5S Certification – Complying with DUBAL’s Certification Requirements 6. Supported by Area Operators / Contractors (108 Employees)
Standardization Horizontal Deployment Opportunities (Replication):
5S discussions in Tools Box Talks (reference: MOM of Shift Safety Meetings)
Cell Relining Refractory Storage Area
Standardized spares labelling and inventory (Min / Max) levels
Cathode Storage Area
Assign colour coding to different area (reference: DB/GEN.25.01.A02)
Tool Crib 1 & 2 (Operational Area Potrooms)
Material issues and receipt are controlled through Logbook and Excel- DATABASE
Single Point Lesson: Remark / Management Comments:
5S is an excellent system, it boosts employee moral by promoting a sense of pride in their respective
Waste reduces when things can be seen clearly areas while giving them greater ownership of their responsibilities in the workplace.
Sign: Abdulla A. (Manager, Cell Relining & Pre Heat)
Copy Distribution: Date of Starting: Date of Completion: Control No. (by DQG)
01.06.2010 07.07.2011
Declaration: We are submitting this Kaizen case voluntarily to DQG for participation in “Improvement Case Study-KAIZEN” competition. We are glad to authorize DQG to share this information with the
Business community at large to promote Continual Improvement and good practices.
Signed by Authorised signatory: _______________________ Name: Ibrahim Baggash Designation: Senior Manager, Smelter Services Date: 15/ 10/ 2011