Lean Shop Floor YB Series - 7. Apply TPM Principles – PowerPoint PPT Template

This presentation, part of the Lean Shop Floor Series, focuses on applying Total Productive Maintenance (TPM) principles to enhance operational efficiency. It equips participants with the knowledge to implement preventative maintenance strategies, understand the advantages of TPM, and recognize the 6 major losses in manufacturing. By the end of this training, attendees will be able to significantly reduce equipment losses and improve overall equipment effectiveness (OEE).

•  Operators responsible for equipment maintenance and performance
•  Maintenance teams looking to enhance their operational practices
•  Management aiming to foster a culture of continuous improvement
•  Training departments focused on skill development in TPM
•  Engineering teams involved in equipment design and functionality

Best-fit moments to use this deck:
•  During TPM training sessions for new operators and maintenance staff
•  As part of a continuous improvement initiative within manufacturing teams
•  In workshops aimed at reducing equipment downtime and enhancing performance

•  Define Total Productive Maintenance and its significance in manufacturing
•  Identify the 6 major losses that impact equipment effectiveness
•  Implement preventative maintenance practices to enhance equipment reliability
•  Conduct root cause analysis using techniques like the 4Ms and 5 whys
•  Measure improvements in equipment performance through OEE metrics
•  Develop a communication strategy to engage all stakeholders in TPM

•  Introduction to TPM (page 3)
•  Understanding Preventative Maintenance (page 5)
•  The Six Major Losses (page 8)
•  Benefits of TPM (page 10)
•  Roles in TPM Implementation (page 12)
•  Skills Required for Effective TPM (page 15)
•  Communication Strategies for TPM (page 18)
•  Training and Education in TPM (page 20)
•  Planning for TPM (page 22)
•  Measuring Improvements (page 25)

•  Total Productive Maintenance (TPM) - A proactive approach where operators take responsibility for daily maintenance, leading to improved equipment reliability and performance.
•  Preventative Maintenance - Strategies aimed at preventing equipment failures through regular cleaning, inspecting, lubricating, and tightening.
•  The Six Major Losses - Key areas of focus in TPM: breakdowns, idling, reduced speeds, defects, setup losses, and startup losses.
•  Root Cause Analysis - Techniques such as the 4Ms and 5 whys to identify and eliminate the source of equipment problems.
•  Overall Equipment Effectiveness (OEE) - A metric that combines availability, performance, and quality to assess equipment effectiveness.
•  Training and Skills Development - Emphasis on the importance of continuous training to improve maintenance and problem-solving skills among staff.

•  Daily maintenance checklists for operators
•  Root cause analysis templates using the 4Ms and 5 whys
•  OEE measurement tools to track equipment performance
•  Communication plans for engaging all levels of staff in TPM
•  Training materials for TPM workshops
•  Implementation plans outlining tasks, responsibilities, and timelines

•  Overview of the 6 major losses impacting manufacturing efficiency
•  Visual examples of equipment before and after TPM implementation
•  Step-by-step guide for conducting root cause analysis
•  Metrics for measuring improvements in OEE
•  Communication strategies to foster engagement across the organization

TPM Introduction and Overview (60 minutes)
•  Discuss the principles of TPM and its importance
•  Review the 6 major losses and their impact on operations
•  Engage participants in identifying current challenges

Root Cause Analysis Techniques (90 minutes)
•  Introduce the 4Ms and 5 whys methodologies
•  Conduct group exercises to practice identifying root causes
•  Share examples of successful problem-solving in TPM

OEE Measurement and Improvement Strategies (60 minutes)
•  Explain the components of OEE and how to measure it
•  Discuss strategies for improving availability, performance, and quality
•  Develop action plans for participants to implement in their areas

•  Tailor the presentation to reflect specific equipment and processes used in your organization
•  Adjust examples and case studies to align with your operational context
•  Incorporate company-specific terminology and metrics for clarity

•  The role of 5S in supporting TPM initiatives
•  Strategies for fostering a culture of continuous improvement
•  The importance of cross-departmental collaboration in TPM
•  Techniques for visual management in maintenance practices

What are the 6 major losses TPM targets on the shop floor?

The 6 major losses in TPM are breakdowns, idling and minor stoppages, reduced speeds, defects and rework, setup and adjustment losses, and startup and yield losses. These are the primary loss categories TPM seeks to eliminate through autonomous and preventative maintenance, listed as the 6 major losses.

How is Overall Equipment Effectiveness (OEE) used to measure TPM results?

OEE combines availability, performance, and quality into a single metric to assess equipment effectiveness. TPM initiatives track changes in these components to quantify improvements. The Lean Shop Floor YB Series - 7. Apply TPM Principles includes OEE measurement tools to help monitor availability, performance, and quality.

How do the 4Ms and 5 Whys support root cause analysis in TPM?

The 4Ms (Man, Machine, Method, Material) structure problem investigation across common causal categories, while the 5 Whys drills down to underlying causes. Together they guide corrective actions that prevent recurrence; the module provides root cause analysis templates using the 4Ms and 5 Whys.

What elements should I expect in a practical TPM training deck for operators?

A practical TPM deck covers TPM fundamentals, preventative maintenance practices, the 6 major losses, autonomous maintenance tasks (cleaning, inspecting, lubricating, tightening), root cause analysis, OEE measurement, and communication/training materials. Useful deliverables include daily maintenance checklists and OEE tools.

How much workshop time and material are typical for basic TPM training on the shop floor?

The sample workshop agenda in the module totals about 210 minutes: TPM introduction and overview (60 minutes), root cause analysis techniques (90 minutes), and OEE measurement and improvement strategies (60 minutes). The module itself contains 46 slides.

If my plant has frequent breakdowns, what TPM activities should we start immediately?

Begin with preventative and autonomous maintenance—regular cleaning, inspection, lubrication, and tightening—while recording data and conducting root cause analysis (4Ms and 5 Whys) on each failure. Track outcomes with OEE to measure progress, using daily maintenance checklists and OEE measurement tools.

How can shop-floor staff with limited formal education be trained effectively in TPM?

Use simple, practical materials with visual examples, step-by-step procedures, and hands-on exercises focused on autonomous maintenance tasks and basic RCA. The Lean Shop Floor Yellow Belt Series is designed for shop-floor staff with little or no formal education and is structured as an 8-module Yellow Belt program.

What is the practical value of templates like daily maintenance checklists and RCA forms in TPM?

Templates standardize maintenance and data collection, make inspections repeatable, and enable systematic root cause analysis and OEE tracking. The Lean Shop Floor YB Series - 7. Apply TPM Principles includes daily maintenance checklists and root cause analysis templates to support these activities.

These are questions addressed within this presentation.

What is Total Productive Maintenance (TPM)?
TPM is a holistic approach to maintenance that involves all employees in maintaining equipment to achieve high availability, performance, and quality.

How can I measure the effectiveness of TPM?
Effectiveness can be measured using Overall Equipment Effectiveness (OEE), which combines availability, performance, and quality metrics.

What are the 6 major losses in manufacturing?
The 6 major losses are breakdowns, idling and minor stoppages, reduced speeds, defects and rework, setup and adjustment losses, and startup and yield losses.

Who should participate in TPM?
TPM requires participation from operators, maintenance staff, management, administration, engineering, and training departments.

What skills are necessary for effective TPM?
Key skills include maintenance skills, problem-solving abilities, data analysis, and loss analysis skills.

How does cleaning contribute to TPM?
Regular cleaning helps identify leaks and hazards, reduces contamination, and facilitates easier inspections.

What is the role of root cause analysis in TPM?
Root cause analysis helps identify and eliminate the underlying causes of equipment failures, preventing recurrence.

How can communication strategies enhance TPM implementation?
Effective communication fosters engagement, ensures alignment on goals, and facilitates knowledge sharing across the organization.

•  Total Productive Maintenance (TPM) - A maintenance approach that engages all employees in maintaining equipment.
•  Overall Equipment Effectiveness (OEE) - A metric that measures equipment performance based on availability, performance, and quality.
•  Preventative Maintenance - Maintenance performed to prevent equipment failures.
•  Root Cause Analysis - Techniques used to identify the fundamental cause of problems.
•  4Ms - Man, Machine, Method, Material; a framework for analyzing problems.
•  5 Whys - A problem-solving technique that involves asking "why" multiple times to reach the root cause.
•  Six Major Losses - Key areas of loss in manufacturing that TPM aims to address.
•  Visual Management - Techniques used to visually communicate information and status in the workplace.
•  Cleaning - The process of removing dirt and contaminants to maintain equipment functionality.
•  Lubricating - Applying lubricant to reduce friction and wear on moving parts.
•  Tightening - Ensuring that components are securely fastened to prevent vibration-related issues.
•  Idling - Time when equipment is not in operation, but should be.
•  Setup Losses - Time lost during the setup of equipment for production.
•  Defects - Products that do not meet quality standards, requiring rework or disposal.
•  Downtime - Periods when equipment is not operational due to maintenance or failures.
•  Performance Losses - Reductions in the speed at which equipment operates compared to its maximum capacity.
•  Training - Educational activities aimed at improving skills and knowledge related to TPM.
•  Communication Strategy - A plan for effectively sharing information among stakeholders involved in TPM.
•  Implementation Plan - A structured outline of tasks, responsibilities, and timelines for executing TPM initiatives.
•  5S - A methodology for organizing and managing the workspace to improve efficiency and safety.