lanner client hayward tyler group share their experience with predictive simulation
TRANSCRIPT
Hayward Tyler Group – Project 50Lanner Conference - MTCRoss Meikle & Oliver Buhlinger
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Hayward Tyler
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What do we do?Design, engineer, manufacture & service electric motors for mission critical applications
How do we deliver it?Through:Continuous improvementOur peopleOur processes
How do we do it?Innovative product/service offering
Who do we do it for?Market led:Energy sectorGlobal customersLocal service
Leading manufacturer of ‘mission critical’ motors and pumps
High pressure, High temperature and Difficult to handle fluids
Where we are (incl. the number of our employees)
3© Hayward Tyler Group PLC 2015 (www.haywardtyler.com)
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Original Equipment design , project management and production centres
Local service centres
Locations:1 Luton, UK2 Peterborough, UK3 Glasgow, UK4 Vermont, USA5 Kunshan, China6 Delhi, India
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Hayward Tyler Headquarters Development
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Hayward Tyler Luton currently operates at £30million turnover Pushing through 80 units per year
The sites growth plan was to double to £60million by 2022Targeting a throughput of <160 units per year
Mix of Different Products
TO BE OUR CUSTOMERS’ NUMBER ONE CHOICE FOR THE PROVISION OF MISSION CRITICAL ELECTRIC MOTORS
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Business Case
We opted to use simulation software to build on our pathway to achieving our vision and growth plan
The Sales team were given targeted growth planning per sector and number of unit increases
Showcase to potential customers that we will deliver 2-3 times our current capacity
Investors stipulation to use Simulation Software or there was no deal
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Why Lanner Witness
Advised by Civil Nuclear Sharing in Growth (UK) Proven reputation in process simulation and optimisation
Case Studies showcased the company and softwareAble to provide us the usability we wanted with our model
Ability to transform our 2D into a 3D modelPartnerships with other ventures such as Virtalis
Able to connect with other software and databases
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Where did we start
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Analysis of products for Hayward Tyler Ltd
StatorRotor
1000+ components
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‘Live’ Running Example
• Over to Oliver Buhlinger
- Start to finish example of 2D & 3D modelling of factory - What questions did the model answer for us• What do we want to model? Why?• How did we tackle this?• What was the result?
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Parameters
3.1 Annual Target Rate (rotors & stators)Rate 70 per year
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‘Live’ Running Example
Schedule2.1 ScheduleOrder Ref Product Type Product Desc Type Part Number Part Description Parent Level Op Seq Set Hrs Prod Hrs Total Hrs Resource Grp Subcon Hrs Out Operation Text
2 1 BCP 3 SP42878/011MOTOR AND TRANSIT ASSY 0 10 0 56 56 FITT 0 Build unit
2 1 BCP 1 SP42878_021
STATOR WIND & CONN *Q DRG 42878_021 ISS SP42878/011 1 30 0 2 2 FLASH 0 Flash
2 1 BCP 1 SP42878_021
STATOR WIND & CONN *Q DRG 42878_021 ISS SP42878/011 1 20 0 35 35 CONNECTING 0 Connect
2 1 BCP 1 SP42878_021
STATOR WIND & CONN *Q DRG 42878_021 ISS SP42878/011 1 10 0 110 110 WIND 0 Wind
2 1 BCP 1 SP42878_021_UF
STATOR ASSY PACK BUILD NB DRG 42878_2101 IS SP42878_021 2 110 0 2 2 WASH 0
Deburr and wash
2 1 BCP 1 SP42878_021_UF
STATOR ASSY PACK BUILD NB DRG 42878_2101 IS SP42878_021 2 90 0 3 3 WELD 0 Weld tie bars
2 1 BCP 1 SP42878_021_UF
STATOR ASSY PACK BUILD NB DRG 42878_2101 IS SP42878_021 2 80 0 3 3 WELD 0
Mark tie bar position
Preventative Maintenance (PM) Schedule
Wee
k
Day
BALA
NCE
BORE
CONN
ECTI
NG
FRAZ
E
LATH
E
WAS
H
WEL
D
WIN
D
VPRE
SS
GRIN
D
BRAZ
E
FLAS
H
FITT
CLEA
NING
CONN
ECTS
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 12 1 1 1 1 1 1 1 1 1 1 1 1 1 1 13 0 0 0 0 0 0 0 0 0 0 0 0 0 0 04 0 0 0 0 0 0 0 0 0 0 0 0 0 0 05 0 0 0 0 0 0 0 0 0 0 0 0 0 0 06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 010 0 0 0 0 0 0 0 0 0 0 0 0 0 0 011 0 0 0 0 0 0 0 0 0 0 0 0 0 0 012 0 0 0 0 0 0 0 0 0 0 0 0 0 0 013 0 0 0 0 0 0 0 0 0 0 0 0 0 0 014 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
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Movements5.1 Table of movements
Ref ResourceGrpI D On, Off or Unused Cruiser On Rig 1 2 For
Production Off Rig 1 2movement
to next station
Crane Preference
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Crane Preference
2
Crane Preference
3
Crane Preference
41 BALANCE Off CraneOnly 0.3 CraneOnly 0.3 TugOrCrane 12 BORE Off CraneOnly 0.3 CraneOnly 0.3 TugOrCrane 13 CONNECTING On TugOnly 0.05 TugOnly 0.05 TugOrCrane 14 FRAZE On TugOrCrane 0.3 0.05 TugOrCrane 0.3 0.05 TugOrCrane 15 LATHE Off CraneOnly 0.3 CraneOnly 0.3 TugOrCrane 16 WASH Off TugOrCrane 0.3 0.05 TugOrCrane 0.3 0.05 TugOrCrane 17 WELD On TugOrCrane 0.3 0.05 TugOrCrane 0.3 0.05 TugOrCrane 18 WIND On TugOnly 0.05 TugOnly 0.05 TugOrCrane9 VPRESS Off CraneOnly 0.3 CraneOnly 0.3 TugOrCrane 110 GRIND Off CraneOnly 0.3 CraneOnly 0.3 TugOrCrane 111 BRAZE Off CraneOnly 0.3 CraneOnly 0.3 TugOrCrane 112 FLASH Off CraneOnly 0.3 CraneOnly 0.3 TugOrCrane 1 113 FITT Unused CraneOnly 0.3 CraneOnly 0.3 CraneOnly 2 314 CLEANING Unused CraneOnly 1 CraneOnly 0.5 CraneOnly 2 315 CONNECTS Unused TugOnly 0.5 TugOnly 0.5 TugOnly16 WELDS Unused CraneOnly 2 CraneOnly 1 CraneOnly 5 617 SPARES18 DYNO Unused CraneOnly 0.3 CraneOnly 0.3 CraneOnly 2 319 TEST_OG Unused CraneOnly 0.3 CraneOnly 0.3 CraneOnly 2 320 TEST_SUB Unused CraneOnly 0.3 CraneOnly 0.3 CraneOnly 2 321 TEST_NUC_RCFW Unused CraneOnly 0.3 CraneOnly 0.3 CraneOnly 5 622 TEST_BCP Unused CraneOnly 0.3 CraneOnly 0.3 CraneOnly 5 623 PAINT Unused CraneOnly 0.3 CraneOnly 0.3 CraneOnly 6 524 PACK Unused CraneOnly 0.3 CraneOnly 0.3 CraneOnly 3 225 PACKBUILD On TugOrCrane 0.3 0.5 TugOrCrane 0.3 0.5 TugOrCrane 126272829 LAUNCHPARTS Unused CraneOnly 0.3 TugOnly 0.3 TugOnly 130 SubConReturn Unused CraneOnly 0.3 CraneOnly 0.3 CraneOnly 1
Resource Utilisation
Select Replication Average
11.1 Chart of Resource Utilisation %
9.5623.64
12.155.84
8.624.804.74
18.368.79
12.004.39
1.907.78
3.268.17
34.9075.09
32.3837.50
35.5939.8639.84
26.3035.25
31.5139.90
42.4336.86
41.4136.44
0.000.77
0.121.240.070.000.060.00
0.090.900.110.110.000.000.00
0.150.27
0.000.000.330.000.000.000.490.240.200.200.030.010.00
0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
BALANCEBORE
CONNECTINGFRAZELATHEWASHWELDWIND
VPRESSGRINDBRAZEFLASH
FITTCLEANING
CONNECTS
busy
idle
blocked
setup
pm & broken
Wait for crane or tug
off shift
Daily ReportSelect Replication Average
10.1 Takt Time (hours)
10.2 Graph of Completed Pumps And Spares Output by Day
10.3 Total output 10.4 Table of Output by day Total Day 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
69 Total Quantity 0 1 1 1 1 1 1 2 2 2 2 4 4 4 4 4 4 5
85.2Takt
0
10
20
30
40
50
60
70
80
1 8 15 22 29 36 43 50 57 64 71 78 85 92 99 106 113 120 127 134 141 148 155 162 169 176 183 190 197Day
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How have we utilized it
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Customer interactionHT Luton – Mega Day (Communication Session)
Factory Layout 2D & 3D (Flow of Product)Purchasing Equipment (Borer, Lathe, Grinder, Tugs)Employee Engagement (Work Area Development)Investor Confidence in decision making processProven Our Layout Works with relatively low cost
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Hayward Tyler Inc (Vermont) – Shop Floor Project
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What if…Did it work…
Try this…
We have completed the current state model with the following to come:
Cell Based ModelsTemplates for input3D scanning of the shop floorImplementation of future state modelPhysical re-layout
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Peterbrotherhood (Peterborough) – Shop Floor Project
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We have completed the scoping phase with Lanner on the Peter Brotherhood siteOur next steps are:
Building a current state modelTemplates for input3D scanning of the shop floorAnalysis of current stateUnderstanding what the future state will look likeRun various scenariosImplementation of future state
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HT Kunshan & HT India
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Future Development
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• Sales and Operational Planning at Hayward Tyler• What is it? How do HT use this?• Plug in FY17 model – (Live + High Confidence Level Orders)
• Utilizing the current templates in the current model developed
• Future Model• Initiating ERP information and templates into the model
• This will be utilised from a front S&OP perspective as well as day to day running on the shop floor with our live orders.
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Thank you for listening to our story
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