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TPM - Total Productive Maintenance: An Introduction

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39 views41 pages

TPM - Total Productive Maintenance: An Introduction

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© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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TPM –

Total Productive Maintenance

An introduction

Presented by
Bülent Taşkıran
What is Total Productive Maintenance
(TPM) ?

 the medical science of machines


 a maintenance program which involves a
concept for maintaining plants and
equipment.
 increasing production
 increasing employee morale and job
satisfaction
TPM history
 Toyota used to improve its global position
(1950s)
 After TPM suppliers and customers were
involved
 this next methodology was called lean
manufacturing
TPM - deterioration prevention
 approach
 approach
that
thataims
aimstotoidentify
identifyissues as
soon
issues
as possible
as soon as possible
 plan
 plantotoprevent
preventany
anyissues
issuesbefore
before
occurrence
occurrence

zero
zeroerror,
error,
zero
zero
work-related
work-related
accident,
accident,
and
zero
andloss
zero loss
Why TPM ?

 Avoid wastage in a quickly changing economic


environment
 Producing goods without reducing product
quality
 Reduce cost
 Produce a low batch quantity at the earliest
possible time
 Goods send to the customers must be non
defective
How can TPM eliminate loss?
Equipment Six big losses

Available time 1 breakdowns


2 setup/adjustment
Available operating time
3 idlings/minor stoppages
Actual operating time 4 Speed
Effective operating time 5 defects in process and rework

6 Start up losses
Introduction of TPM into the
organization
 Step A – Preparation
 Announcement by Management
 Initial education
 Setting up TPM
 Establishing the TPM working system
 A master plan for institutionalizing
Introduction of TPM into the
organization
 STEP B - INTRODUCTION
 inviting suppliers and customers to the
conception
 Communication for quality output
Introduction of TPM into the
organization
 STAGE C – Implementation
8 activities/8 pillars in the development of TPM
 establishing the system for production efficiency
 initial control system of new products and
equipment
 improving the efficiency of administration

 control of safety
 sanitation of working environment
Introduction of TPM into the
organization
 Stage D - Institutionalising

TPM
TPM Office
Responsible

Autonomous Planned Individual


5S
Maintenance Maintenance Improvement

Quality Equipment Training People


Safety Development
Maintenance Maintenance
Pillars of TPM
 Improve Overall Equipment Effectiveness

 application of Total Productive


Maintenance’s (TPM) 8 Pillars
SAFETY, HEALTH AND
ENVIRONMENT
Office TPM
Training
Pillars of TPM

Quality Maintenance

5S
PLANNED MAINTENANCE
Kaizen
JISHU HOZEN
Autonomous maintenance
TPM starts with 5S
Sort

Sustain Straighten
Eliminate
waste

Standardize Sweep
[Pillar 1-5s] SEIRI - Sort out
This means sorting and organizing the items
as
 critical
 important
 frequently used
 useless
[Pillar 1-5s]
SEITON - Organise
 Each items has a place, and only one
place
 To identify items easily, name plates and
colored tags has to be used.
[Pillar 1-5s]
SEISO - Shine the workplace
 cleaning the work place free of burrs,
grease, oil, waste, scrap etc.
 No loosely hanging wires or oil leakage
from machines
[Pillar 1-5s]
SEIKETSU - Standardization
 standardization for keeping the work place
/ machines / pathways neat and clean
 implementation for whole organization and
testing / Inspectation randomly
[Pillar 1-5s]
SHITSUKE - Self discipline
 Considering 5S as a way of life
 self-discipline among the employees of the
organization
 wearing badges
 following work procedures
 Punctuality
 dedication to the organization
[Pillar 2-JISHU HOZEN]
Autonomous maintenance
 developing operators to be able to take
care of small maintenance tasks
 skilled maintenance people spending time
on more value added activity and technical
repairs
[Pillar 2-JISHU HOZEN]
Policy
 uninterrupted operation of equipments
 flexible operators to operate and maintain
other equipments
 eliminating the defects at source through
active employee participation
 Stepwise implementation of JH activities
[Pillar 2-JISHU HOZEN]
Targets
 Increase use of JH by 50%
 Reduce oil consumption by 50%
 Reduce process time by 50%
PILLAR 3 - KAIZEN

 "Kai" means change


 "Zen" means good – better
 kaizen is for small improvements
 carried out on a continual basis
 a very large number of small improvements are
move effective in an organizational environment
than a few improvements of large value
PILLAR 3 – KAIZEN
Policy
 Practice concepts of zero losses in every
sphere of activity.
 relentless pursuit to achieve cost reduction
targets in all resources
 Relentless pursuit to improve over all plant
equipment effectiveness.
 Extensive use of PM analysis as a tool for
eliminating losses.
 Focus of easy handling of operators.
PILLAR 3 – KAIZEN
Target
Achieve and sustain zero loses with respect
to
 minor stops
 measurement and adjustments
 defects
 achieving 30% manufacturing cost
reduction
PILLAR 4 - PLANNED
MAINTENANCE
 trouble free machines and equipments
producing defect free products for total
customer satisfaction
 4 groups of maintenance
PILLAR 4 - PLANNED MAINTENANCE
groups of maintenance
 Preventive Maintenance
 Breakdown Maintenance
 Corrective Maintenance
 Maintenance Prevention
PILLAR 4 - PLANNED MAINTENANCE
Policy

 Achieve and sustain availability of


machines
 Optimum maintenance cost.
 Reduces spares inventory.
 Improve reliability and maintainability of
machines.
PILLAR 4 - PLANNED MAINTENANCE
Six steps of implementation

 Equipment evaluation and recoding present status.


 Restore deterioration and improve weakness.
 Building up information management system.
 Prepare time based information system, select
equipment, parts and members and map out plan.
 Prepare predictive maintenance system by introducing
equipment diagnostic techniques and
 Evaluation of planned maintenance.
PILLAR 5 –
QUALITY MAINTENANCE
 customer delight through highest quality
through defect free manufacturing
 focus on eliminating non-conformances in
a systematic manner
 Transition is from reactive to proactive
(Quality Control to Quality Assurance)
PILLAR 5 - QUALITY MAINTENANCE
Policy
 Defect free conditions and control of
equipments.
 QM activities to support quality assurance.
 Focus of prevention of defects at source
 Focus on poka-yoke. ( fool proof system )
 In-line detection and segregation of defects.
 Effective implementation of operator quality
assurance.
PILLAR 5 - QUALITY MAINTENANCE
Target
 Achieve and sustain customer
complaints at zero
 Reduce in-process defects by 50 %
 Reduce cost of quality by 50 %.
PILLAR 6 - TRAINING

 multi-skilled revitalized employees


 performing all required functions
effectively and independently
 Training the employees to achieve four
steps of skills
PILLAR 6 – TRAINING
different phases of skills
Phase 1 : Do not know.

Phase 2 : Know the theory but cannot do.

Phase 3 : Can do but cannot teach

Phase 4 : Can do and also teach.


PILLAR 6 – TRAINING
Policy
 Focus on improvement of knowledge, skills
and techniques.
 Creating a training environment for self
learning based on felt needs.
 Training curriculum / tools /assessment etc
conductive to employee revitalization
 Training to remove employee fatigue and
make work enjoyable.
PILLAR 6 – TRAINING
Target
 Achieve and sustain downtime due to
want men at zero on critical machines
 Achieve and sustain zero losses due to
lack of knowledge / skills / techniques
 Aim for 100 % participation in suggestion
scheme.
PILLAR 7 - OFFICE TPM
 should be started after activating four other pillars of
TPM (JH, KK, QM, PM)
 Office TPM must be followed to improve
 productivity, efficiency in the administrative functions
 identify and eliminate losses
• analyzing processes and procedures towards increased
office automation
• twelve major losses
PILLAR 7 - OFFICE TPM
twelve major losses
 Processing loss
 Cost loss including in areas such as procurement,
accounts, marketing, sales leading to high inventories
 Communication loss
 Idle loss
 Set-up loss
 Accuracy loss
 Office equipment breakdown
 Communication channel breakdown, telephone and
fax lines
 Time spent on retrieval of information
 Non availability of correct on line stock status
 Customer complaints due to logistics
 Expenses on emergency dispatches/purchases
PILLAR 7 - OFFICE TPM
How office TPM supports plant TPM

 supporting the plant, initially in doing


Autonomous maintenance (Jishu Hozen) of the
machines
 Initial stages machines are more and
manpower is less, so the help of commercial
departments can be taken, for this
 Office TPM can eliminate the lodes on line for
no material and logistics.
PILLAR 8 - SAFETY, HEALTH AND
ENVIRONMENT

Target
 Zero accident,
 Zero health damage
 Zero fires.
 active role in each of the other pillars
on a regular basis
Conclusion
 TPM may be the only thing that stands
between success and total failure for some
companies
 proven to be a program that works
 can be adapted to work not only in
industrial plants, but in construction,
building maintenance, transportation
Questions

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