cticreating a st bl p d ti plstable production plan · 2017-07-24 · glenday sieve a tool to...
TRANSCRIPT
People Development focused
Free Webinar 46
Presentation by:
Ross KennedyPresident CTPM
9 May 2017
Free Webinar 46President CTPM
C ti St bl P d ti PlCreating a Stable Production Plan for 2 days a week to support TPM & Lean
Outline of Presentation1. Why a Stable Production Plan is so important for TPM & Lean2. The need to divide to conquer – the role of the Glenday Sieve2. The need to divide to conquer the role of the Glenday Sieve
and Dominant or Green products3. The new thinking required: Batch versus Flow Logic
Copyright 2017 CTPM – For further information please refer to: www.ctpm.org.au
g q g4. Using a simple pathway to get buy in
Different Types of Production Planning
Make to Order – non standard products
Make to Order using Standard Items which are made to stock
Make to Order standard products with some stockMake to Order – standard products with some stock
Make to Stock – Customer Orders drawn from stock
Combination of the above
O S t A hOne System ApproachIdentify the most complex situation, then create a Production Planning system to handle the most complex then have allPlanning system to handle the most complex, then have all other products use the one system
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The 3 Critical Parts of a Continuous Improvement Strategy1. Why a Stable Production Plan is so important for TPM & Lean
p gy
World Class 3 P ti I t ( t d )
Improvement VisionOperational Excellence3. Pro-active Improvement (steady)
How do we increase capability by reducingor eliminating losses and wastes through technology,
pWorld Class / True North / Perfection
ance
projects & events and on-going improvement
rfor
ma
Budget / Expectation?
Pe Incident reported at Daily Review Meeting
1. Reactive Improvement (rapid)How quickly can we get back to Budget / Expectation and stop it happening again
TimeExpectation and stop it happening again
0%2 Stable Production Plan through Flow Logic (urgent)
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2. Stable Production Plan through Flow Logic (urgent)
Effective Prioritising of the 3 Critical Parts of a Continuous Improvement StrategyContinuous Improvement Strategy
World Class
World Class
3 P ti I t
e
3. Pro-active Improvement
rman
ce
?
Perf
or ?
1. Reactive Improvement
2 Stable Production Plan through Flow LogicYears
0%2. Stable Production Plan through Flow Logic
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1 2 43 50
Poor Prioritising of the 3 Critical Parts of a Continuous Improvement Strategy
World Class
World Class
3 Pro acti e Impro ement
Continuous Improvement Strategy
e
3. Pro-active Improvement
rman
ce
?
Perf
or ?
1 Reactive Improvement1. Reactive Improvement
2 Stable Production Plan through Flow LogicYears
0%2. Stable Production Plan through Flow Logic
Copyright 2017 CTPM – For further information please refer to: www.ctpm.org.au
1 2 43 50
1. Why a Stable Production Plan is so important for TPM & Lean
TPM is about applying Prevention at Source to your equipment through regular Clean for Inspection by your Operators with the assistance of their dedicated Maintenance supportassistance of their dedicated Maintenance support
Any changes to the Production Plan and hence timing of the regular Clean for Inspections can impact on Maintenance’s ability to support
If demand on Production is variable – lot of changes, your key people tend to fire-fight to handle the changes leaving thempeople tend to fire fight to handle the changes leaving them little time for regular improvement activities to support TPM & Lean. This can impact not only the factory, but also the entire supply chain
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What are the Production Planning & Scheduling issues which may impede improvement activities at your site?
1. Daily or weekly production plans changed after y y p p gbeing issued
2 Meeting times changed or deferred at the last2. Meeting times changed or deferred at the last minute
f3. Planned Maintenance activities deferred during the week or at the last minute
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A k th A diAsk the Audience
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Batch Logic ModelgToyota found to stabilise Production Batch Logic requires:
On-Off Input – ProductionBatch Logic requires:
• Perfect Information / Forecasting
Warehouse • Perfect Plant Performance• Perfect Supplier Performance
Target Stock LevelIf not:• Demand on Production is• Demand on Production is
variable – lot of changes• Batch sizes vary
Output - Sales
Batch sizes vary• Everyone fire-fights to handle
the changes
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Impact of Production Planning & Scheduling based on Batch Logic
Different
on Batch Logic
DifferentPlans
Things go WrongFinished Goods
VICIOUS
Things go WrongShortages
CIRCLE UnplannedChanges Loss of
Capacity Would ‘fire fighting’ to address shortages or changes to production
More WasteMore
Changeovers
shortages or changes to production schedules be an appropriate term to describe the way things are sometimes done?sometimes done?
Copyright 2017 CTPM – For further information please refer to: www.ctpm.org.au
Source: Breaking Through to Flow - banish fire fighting and increase customer serviceby Ian Glenday December 2005
Clean for InspectionCTPM Forum 2007
Devonport PlantTasmania, Australia
Manufacturer of Frozen Mixed Vegetables
Commenced: January 2005Level 1 Achieved: August 2006Level 2 Achieved: August 2007
Closed the gap to OEE Excellence by 54%Closed the gap to OEE Excellence by 54%Closed the gap (50% Reduction) on Cost / kg by 58%
Copyright 2017 CTPM – For further information please refer to: www.ctpm.org.au
Generated over $5m in Savings
2. The need to divide to conquer – the role of the Glenday Sieve and Dominant or Green Products
Divide and CConquer
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Glenday SieveA tool to assist in the transition from Batch to Flow
Cumulative % of Sales
Cumulative % of Product Range Colour Code
50% 6% Green
% % ll95% 50% Yellow
99% 70% Blue99% 70% Blue% of Sales % of Product Range Colour Code
L t 1% 30% R dLast 1% 30% Red
Copyright 2017 CTPM – For further information please refer to: www.ctpm.org.au
Source: Breaking Through to Flow - banish fire fighting and increase customer serviceby Ian Glenday December 2005
Divide and Conquer
Initially only focus on the Green StreamInitially only focus on the Green Stream
Cumulative CumulativeCumulative % of Sales
Cumulative % of Product Range Colour Code
50% 6% Green
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3. The new thinking required: Batch versus Flow Logic
Flow Logic ModelEliminate Variation in Production
Batch Logic ModelAccept Variation in Production
Stable Input – Production
Control Variation in Warehouse
On-Off Input – Production
Minimise Variation in Warehouse
Upper LimitWarehouse
Variation inTarget Stock Level
L Li it
Warehouse
O t t S l
Lower Limit
O S l
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Output - SalesOutput - Sales
Stabilising your Supply Chain through Flow Logic
Stage 1 of the 5 Stages to Flow (internal focus)
Move Variation from Production to Warehouse for initially 6% of the SKUs that make up 50% of your total volume by6% of the SKUs that make up 50% of your total volume by establishing an 8 week Fixed Sequence and Fixed Volume schedule for the first 2 days of each week for yourschedule for the first 2 days of each week for your Dominant or Green Stream Products
Dominant or Green Stream Products:Typically about 6% of your top volume SKUs make up about 50% of your total Volume, these are known as your Dominant or Green Stream Products which typically have the least % sales variation
Copyright 2017 CTPM – For further information please refer to: www.ctpm.org.au
variation
4. Using a simple pathway to get buy in
SupplierOptions
andMaintenance
TimeIT
Implications
Set-upandCIP
Id if
Reliability
V l G
pTime
IdentifyGreenStream
VariabilityAnalysis
ValueStream
Map
GreenStreamRules
SequenceAnalysisStream
CustomerDemand
Map
Improvement
Rules
BufferFixedTimeDemand
orUsage
ImprovementTime
BufferTank
Monitoring
Timeor
Quantity
Identify Potential Blockages, Problems, Losses or Wastes
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How can we help ?
Ian Glenday ArticlesIan Glenday Articles
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Q ti TiQuestion TimePresentation by:Ross Kennedy
Email: ross kennedy@ctpm org au
President CTPM
Email: [email protected]: 02 4226 6184Web: www ctpm org au
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Web: www.ctpm.org.au