smc factory of the future dannapfel -180523 pub · 2018. 6. 6. · manufacturing remains an...
TRANSCRIPT
© WZL/Fraunhofer IPT
The Factory of the Future
Findings from Grand Manufacturing Survey
Matthias Dannapfel
Chief Engineer/ Head of Department Factory Planning
Chair of Production Engineering,
Laboratory for Machine Tools and Production Engineering (WZL), RWTH
Aachen University
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Production infrastructure is built for decades –
however, the requirements change with increasing time
today 2030
Sources: Supply Chain Management Review/ January/ February 2014/ AT Kearney; H+ Magazine June 2014; pictures: Volkswagen; Vau-Max; Secusmart
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Production infrastructure is built for decades –
however, the requirements change with increasing time
During the next 20 years, the world will change as much as it has changed in the past 100 years
1915 today 2030
Sources: Supply Chain Management Review/ January/ February 2014/ AT Kearney; H+ Magazine June 2014; pictures: Volkswagen; Vau-Max; Secusmart
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Commoditization and marginalization of production are already observable
Sources: Blomberg, January 5th, 2012; Welt, March 5th, 2012; volkswagen-karriere.de; bertrandt-karriere.com; trinckle.com; partfactory.com
1.5%
margin
30%
margin
Services in the manufacturing
environment are outsourced
Cost pressure for contract
manufacturers
Anonymous production marketsProduction is sold
Perpetual vacancies in technical professions:
Status: 26.02.2015
143 Bertrandt in Tappenbeck (Wolfsburg)
36 Volkswagen in Wolfsburg
AMD completely withdraws from chip
production
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New needs lead to a marginalization of the production sector – the quaternary
(virtual) sector rises
GDPDE
time
Primary production
Industrial sector
Service sector
Virtual sector
1943: Maslow
hierarchy
Maslow hierarchy of
modern society1
Self-realization
GDP = Gross Domestic Product PSA = Peugeot Société Anonyme WoW = World of Warcraft
Sources: Selstad, T.: The rise of the quaternary sector. 1990 1 Hilary Frazer, 2010 2 eBay 3 manager-magazin; onvista.de 4 Kzero 5 Forbes 6 Statistisches Bundesamt
World of Warcraft
Spectral tiger², 253€
UBER 3x worth more than PSA3
100,000 people in China earn their money
with virtual WoW-gold4
Examples
Corporation with 55 employees sold for
19 billion $5
Mobile payment volume covers 330
billion $6
today
<1%
27%
72%
Market perspective
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The consequences are severe:
the ability to generate profits in production is in danger
In the future, will production still be a promising business model?
Production in existing
structures is becoming
more difficult
Increasing skills
shortage
Decreasing ability to
generate profits
Decreasing innovation
Decreasing interest in
productionBOOOOORING
Sources: Faculty of Mechanical Engineering, RWTH Aachen University, 2015, “Zeitreihe der Neueinschreibungen”
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Manufacturing remains an significant success factor for economies
“(…) Western nations rediscovered the charm of
manufacturing as a driver of innovation,
employment and services.”,
Dr. Wilfried Aulbur, Senior Partner Roland Berger(2)
“What individual countries’ success stories of today
have in common is that they do manufacture, they do
export and they have very competitive layer of
medium-sized enterprises”, Stéphane Garelli, IMD
Professor and World Competitiveness Center Director(3)
“The Council of the European Union (…) underlines the
importance of the EU's industrial competitiveness
and its world leadership in many industrial sectors
(…)”, European Council(4)
-50 150 350 550 750
EL
LU
UK
CY
IT
DK
PT
HR
ES
FI
FR
BE
IE
EU-28
NL
DE
SE
AT
HU
LV
SI
RO
BG
CZ
EE
PL
SK
Industry (excerpt construction)
Trade transport, accomodation & foodservicesInformations and communications
Sources: (1) EU Structural Change 2015, Publication Office of the European Union 2015; (2) Roland Berger 2016, https://www.rolandberger.com/en/Blog/Manufacturing-is-cool-The-reindustrialization-of-
the-triad.html; (3) RealBusinessUK.co.uk 2012; (4) Conclusions on A stronger European industry for growth and economic recovery, Brussels 2012.
Percentage change in GVA by sectors between 2000 and 2014(1)
„Countries that experienced the largest increases in manufacturing in 2000-2014 also experienced the
largest increases in value added in several business-related service sectors (…)“ (1)
Economies with
successful industrial
sector also outperform
others in service sectors
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The UK‘s manufacturing is a prominent example of a global trend – (re-)vitalizing the
industrial sector
The UK wants to re-balance its
economy towards making things and
selling more of its wares overseas.
Source: http://www.bbc.com/news/business-24512779
Manufacturing growth in the UK is
continuing to rise steadily(…)
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So what is the right direction to address the challenges of today and tomorrow?
Internet of
Things
SecuritySmart
production
Automation
Self
optimization
CPS
Smart
products
Sensors
RFID
Cloud
Smart
networks
Industrial
Apps
Self
DiagnosisICT
RTLS
HMI
Condition
monitoring
Smart
services
Big Data
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The normative guidelines for the factory of the future – What does the factory of the
future stand for?
The Factory of the Future concept ensures the business model for manufacturing in the future
Smart
Linked, Communicating,
Self-controlling
Human-CentricSeamless
integration into the
environment
Agile
Support-free,
multiple usage
Profitable
Return on
Investment
EcologicalThe environment provides
comfortable surroundings
EfficientSustainable
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WZL & BCG industry survey
How does the Factory of the Future look like in 2030?
Plant Structure General plant
setup
Plant layout
Plant technology10 key technologies, e.g.,
robots, big data, virtual
reality
Plant organization &
people management Leadership requirements
Employee requirements
Plant processesFuture relevance
of lean
management
concepts
Preconditions Strategy & roadmap
Governance
Infrastructure
Data security
Factory of the Future envisioned along 5 key dimensionsSource: Factory of the Future study by BCG & WZL/RWTH Aachen; n = 760
1
2 3
4
0
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Factory of the Future – Hot topics:
3 "Evergreens" and 3 "Newcomers" shape the Factory of the Future
Source: Factory of the Future study by BCG & WZL/RWTH Aachen; n = 760
B A
CD
20
30
2016Low High
High
T4
S2
P1
O1
S3
T2
S1T5
O2
T6
T3
T8
O3
T1
T7
S4
P2PP
T9
Relevance of different topics 2016 & 2030 Topic overview
PreconditionsP1 – Data security
P2 – Infrastructure
EvergreensS3 – Factory layout
O2 – Leadership
PP – Lean management concept
NewcomersT1 – Smart robots
T3 – Additive manufacturing
T9 – Big data & analytics
OthersS1 – Modular setup
S2 – Sustainability
S4 – Interior design
O1 – Requirements profile for employees
O3 – Training
T2 – Human-robot cooperation
T4 – Augmented reality
T5 – Production simulations
T6 – Immersive Training
T7 – Integration of value chain
T8 – Decentralized production steering
Newcomers
Evergreens
T – Plant TechnologyPP – Plant processesO – Plant organization & people mgmtS – Plant StructureP – Preconditions
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Comparison of industry views:
Several differences regarding relevance of production topics
Source: Factory of the Future study by BCG & WZL/RWTH Aachen; n = 760
Automotive
Process industry
Engineered products
Industry specific view
Modular setup seen as highly relevant
Integration of value chain relatively low
relevance
Relatively high spread of topic relevancies
Smart robots seen as relatively low relevant
Additive manufacturing among lowest
relevance
Data security by far most relevant topic
Factory layout relatively high relevance
Qualification among most relevant future
topics
Relatively low spread of topic relevancies
Shared view
Relatively high relevance
Data security
Leadership
Training & Qualification
Factory layout
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Smart robots:
Future application of smart robots most relevant in assembly
1. Equals to the share of companies that currently employs/is likely to employ respective technology
Note: Rating 1 = not relevant, 5 = very relevant
Source: Factory of the Future study by BCG & WZL/RWTH Aachen; n = 760
"Robots cost 3 – 6 EUR per hour, a human work force costs ten times as much. Let's be realistic about who is going to make the race in the future."
(Factory manager)
Comments from industry
Smart robots are able to carry out complex production tasks automatically by collecting information on the required processing from the work piece and
loading the required program as well as replacing tools fully automatically.
Definition
4.6
2.1
Process
industry
Others
3.6
2.22.3 2.0
4.5
2.2
4.2
AutomotiveOverall
4.3
Engineered
products
Overall topic relevance 2016 vs. 2030 Application in automotive plant shops1
Supplier
4.6 4.4
2.2
OEM
2.4
n=24 n=26
Relevance of implementation
Future influence
Until today 2015-2020 2020-2025 2025-2030
0.4
AssemblyPaint shop Component
manufacturing
0.2
Body shop
0.4
0.3
0.1
Pressing shop
4.0
Working
conditions
4.0
Production
speed
Cost
4.0
3.63.8
QualityFlexibility
2016 2030Industry
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Additive manufacturing:
Significant increase of AM, production quantity 500 – 2,000
Main drivers for the changeover from traditional production to AM are: small scale/custom made parts, complex structures, which can only be manufactured from one component
Comments from industry
Additive manufacturing refers to procedures for the 3D-printing of components of different materials.
Definition
1.5
3.6
Engineered
products
Process
industry
4.1
2.0 1.6
Others
3.3
1.7
3.8
1.8
AutomotiveOverall
3.8
Overall topic relevance 2016 vs. 2030
Application areas for Automotive
1.8
3.9
1.7
Supplier
3.7
OEM
Relevance of implementation
Future influence
Until today 2015-2020 2020-2025 2025-2030
0.4
Paint shopBody shop
0.30.2
Component
manufacturing
0.6
0.2
Pressing shop Assembly
Working
conditions
2.3
Quality
3.8
Production
speed
3.53.0
Cost Flexibility
4.1
Note: Rating 1 = not relevant, 5 = very relevant
Source: Factory of the Future study by BCG & WZL/RWTH Aachen; n = 760
Application in automotive plant shops1
2,000NA 100 500 10,000 50.000 100,000 >100,000
2016 2030Industry
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Big data & analytics:
Forecasting seen as key application of big data & analytics
Note: Rating 1 = not relevant, 5 = very relevant
Source: Factory of the Future study by BCG & WZL/RWTH Aachen; n = 760
Big data & analytics concerns the analysis of large amounts of data.
"We implemented an algorithm that learns the pattern in empirical demand data and generate forecasts based on that. Our demand planning relies on these forecasts and provides the basis for efficient supply chain management and
execution."
Definition
(Automotive Head of IT)
Comments from industry
Overall topic relevance 2016 vs. 2030 Future relevance of private or public cloud
Others
3.9
2.3
Process
industry
3.7
2.3
Engineered
products
3.8
2.3
Automotive
3.9
2.3
Overall
3.8
2.3
Supplier
3.9
2.2
OEM
4.0
2.3
n=24 n=26
Personnel resource planning
based on improved demand forecasts
Automated stock optimization
2.0
3.4
2.4
2.2
2.4
3.7
4.2
4.4
2016 2030Industry
Predictive maintenance based on
pattern recognition
Production planning based on
improved sales forecasts
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Factory of the Future – Pioneers and Followers
Pioneers rate Factory of Future more relevant than Followers
Source: Factory of the Future study by BCG & WZL/RWTH Aachen; n = 760
FoF Pioneers prove to have a higher EBIT margin
4.0
-15%
4.7
FoF Pioneers
FoF Pioneers rate production topics as
highly relevant in future
Top 15 % of companies based on their
average rating of overall topic relevance
FoF Pioneers prove to ... ... have a higher EBIT margin
8%
-17%
10%
FoF Followers
FoF Followers consider production
topics less relevant than FoF Pioneers
Bottom 85 % of companies, based on
their average rating of topic relevance
Ø Relevance of future topics EBIT Margin
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Time of implementation – Technology forecast
Integration of value chain already in progress
1. Comparison based on average relevance of companies in respective industry cluster
Source: Factory of the Future study by BCG & WZL/RWTH Aachen; n = 760
Bottom line: The Factory of the Future starts now
2016-2020 2025-20302020-2025Until 2016
Top 3 short-term technologies
Integration of the value chain
Human robot collaboration
Production simulations
Top 3 medium-term technologies
Immersive trainings
Additive manufacturing
Smart robots
Comparison of different plant technologies1 ... ... yields key insights:
Short-term Medium-term Long-term
Human robot
collaboration
Additive
manufacturing
Augmented reality
Production
simulations
Immersive
trainings
Integration of the
value chain
Decentralized
production steering
Smart robots
Technolo
gy
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Quelle:
The Internet of Production Framework
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Quelle:
The Internet of Production Application @ Aachen
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Quelle:
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Quelle:
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Key take-aways
Factory of the Future will look different from today
Source: Factory of the Future study by BCG & WZL/RWTH Aachen; n = 760
Time is now to start Factory of the Future journey
Top 3 "Evergreen" topics: Layout, Leadership and Lean
Top 3 "Newcomer" topics: Big Data, Smart Robots and Additive Manufacturing
Plant setup will be modular – work pieces are individually guided through production
Employees will need IT competence combined with general problem-solving ability
Robots expected to highly impact production
Factory of the Future will bring Lean to next level and unlock its full potential
Based on lean: Put value first when implementing the Factory of the future
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Thank you very much for
your attention!
Matthias Dannapfel
Chief Engineer/ Head of Department Factory Planning
Laboratory for Machine Tools and Production Engineering (WZL)
RWTH Aachen University
( +49 170 1054 460