industry 4.0 the future of textile manufacturing textile process chains ... industry 4.0 8 von 35 4...
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Industry 4.0 – the future of textile manufacturing Yves-Simon Gloy
• Institut für Textiltechnik der
RWTH Aachen University
• Industry 4.0
• Successful examples
• Perspectives and opportunities
Control of a weaving machine via tablet;
Reference: ITA
Content
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• Institut für Textiltechnik der
RWTH Aachen University
• Industry 4.0
• Successful examples
• Perspectives and opportunities
Control of a weaving machine via tablet;
Reference: ITA
Content
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Ap
plicati
on
field
s
Mobility
Building &
living
Health
Energy
Comprehensive textile
process chains
Technology and
competence fields
Raw
mate
rials
:
natu
ralfi
bers
, p
oly
mers
,...
Sem
i-fi
nis
hed
texti
les &
pro
du
cts
ICT
The unique position of ITA
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Budget: around. 14,3 Mio. €
Staff:
• 95 Scientists
• 55 Service personnel
• 190 Graduate research assistants
• 50 Students majoring in textile
technology each year
Research and development
• Publicity and third party
funded research
• Academic and industrial education
Development and transfer
• Direct industrial research
• Further education
Partially public P
ublic
Str
ictly c
onfidential Fundamental
Research
ca. 30%
Industrial
Funding
ca. 31%
Industry-Related
Public Funding
ca. 35%
Education
ca. 4%
ITA – Facts and Figures
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Content
• Institut für Textiltechnik der
RWTH Aachen University
• Industry 4.0
• Successful examples
• Perspectives and opportunities
Control of a weaving machine via tablet;
Reference: ITA
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Industry 4.0
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4. industrial revolution Based on Cyber-Physical
Systems
3. industrial revolution uses electronics and IT to
achieve further automation
of manufacturing
2. industrial revolutionfollows introduction of
electrically-powered mass
production based on the
division of labor
1. industrial revolutionfollows introduction of
water- and steam powered
mechanical manufacturing
facilities
co
mp
lex
ity
end of 19th century start of 20th Century start of 1970s today time
1784: First mechanical
loom
1870: First production line
1969: First programmable
logic controller
(PLC)
Content
• Institut für Textiltechnik der
RWTH Aachen University
• Industry 4.0
• Successful examples
• Perspectives and opportunities
Control of a weaving machine via tablet;
Reference: ITA
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Successful examples
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Successful examples
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Successful examples
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Successful examples
Winding machine Spinning Yarn
Production
Fabric
Production
Knitting machine Knitted Goods
Fabric
production Loom
SpuleIntelligente
Spule
Konzept
Winding machine Loom
Information Information
Smart Spool
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Successful examples
RFID-
Transponder
Spool
RFID -
Antenna
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Successful examples
• Future of Manufacturing - Autonomik 4.0
• Aim:
Production of highly individualized products
Highly flexible production infrastructure
• Consideration of
Basic cognitive technologies
Interfaces between process steps
Human-machine interaction
3-D in industrial applications
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Successful examples
Successful examples
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Successful examples
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PLC
Mobile
HMI
Warp knitting machine Robot Cutter Automatic guided vehicle
Ethernet fieldbus
Internet
of things
and
services
PLC
Composites manufacturing
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Content
• Institut für Textiltechnik der
RWTH Aachen University
• Industry 4.0
• Successful examples
• Perspectives and opportunities
Control of a weaving machine via tablet;
Reference: ITA
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Perspectives and opportunities
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Perspectives and opportunities
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Thank you for your kind attention
Adjunct Prof. Dr.-Ing. Yves-Simon Gloy
Institut für Textiltechnik (ITA) der RWTH Aachen University
Otto-Blumenthal-Str. 1, 52074 Aachen, Germany
Fon +49 (0)241 80 234 70
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