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The Swedish Arena for AM of Metals and
other AM-related research within Swerea
Annika Strondl, Swerea
Additive manufacturing within Swerea
Additive manufacturing within Swerea
2016-10-20
Nylon and carbon fiber,
Kevlar ® or fibreglass
Metal Sand Ceramics Composits
Al2O3,
Y-stabilized Zr2O2
Stainless steel,
tool steel, CoCr,
Alloys of Ni, Ti, Al etc.
Sand
3
Swedish Arena for
Additive Manufacturing
of Metals
Support applied R&D in industrial
metal additive manufacturing to
enable innovative product
development.
Members at start:
Swerea
Chalmers
University West
Carpenter Powder Products
Höganäs
Uddeholms
Lasertech LSH
Alfa Laval
Siemens Industrial Turbomachinery
Saab Aeronautics
Scania CV
Brogrens Industries
Quintus Technologies
3D Metprint
Inauguration 25th of August 2016
+ AIM Sweden, Örebro University, KTH
Research and innovation focus areas
1. Quality considerations in additive manufacturing
2. From prototyping to industrial production
3. Correlation between raw material and final properties
4. Qualification of new alloys and alloy development
5. Remanufacturing applications
SLM 125HL, SLM Solutions GmbH,
Swerea IVF
Build volume: 125×125×125 mm,
platform reduction unit 50×50 mm
Build speed: 25 cm3/h
Energy type: 400W Yb-fibre laser
EBM S12-AX, Arcam AB,
Swerea KIMAB
Build volume: 200×200×180 mm
Build speed: Normally 55-60,
maximum 120 cm3/h
Energy type: 3kW electron beam
Binder jetting sand printer S-Max, ExOne GmbH,
Swerea SWECAST
Build volume: 1800×100×700 mm
Build speed: 60-85 dm3/h
Printers available at Swerea
EOS M 100, EOS GmbH
Build volume: ø 100×95 mm
Build speed: 5 cm3/h
Energy type: 200W Yb-fibre laser
EOS M 290, EOS GmbH
Build volume: 250×250×325 mm
Build speed: 5-30 cm3/h
Energy type: 400W Yb-fibre laser
Printers available fall 2016 at Chalmers, Materials & Manufacturing Technology
Source: EOS GmbH Source: EOS GmbH
EBM A2X, Arcam AB
Build volume: 200×200×380 mm
Build speed: 55-80 cm3/h
Energy type: 3 kW electron beam
Directed energy deposition
Robotized welding technologies with wire
and blown powder
Printers available at University West, Engineering Science
Innovative Component Manufacture via Powder Technology
Demonstration of Additive Manufacturing as a Method for Fabrication of
316LGrade Components
Powder and Materials Design for Flexible High-quality Additive Manufacturing
Laser metal deposition using blown Alloy 718 powder
Selective laser melting effect of process parameters on microstructure, defects
and strength of alloy 718 and alloy 2169
Novel Ni-based materials for additive manufacturing of the components for high-
temperature applications
Light Weight Solutions for High-Performance Components by AM
Recycling study of AM metal powders
Additive Manufacturing of Metals – Atmosphere Control
Additive Manufacturing of metals - 3D Print
3DPrintPlus
Development of Next-generation Tools by ADDitive manufacturING – Step 2
Digitalisation of the production flow is a prerequisite for additive manufacturing
On-going projects 25th of Aug
Road-map for research and innovation to industrialize
additive manufacturing of metals in Sweden (RAMP-UP)
Vinnova, SIP Metallic Materials, 1 Okt 2016- 31 Dec 2017
Swerea KIMAB, Swerea IVF, Swerea SWECAST, Chalmers, University West, KTH
Arcam, Atlas Copco, Carpenter Powder Products, GKN Aerospace, Höganäs, LaserTech, Quintus Technologies, Uddeholm, Saab, Sandvik Coromant, Scania CV, Siemens Industrial Turbomachinery
Close cooperation with the AM-Arena
Workshop
WP1 State of the art End of April
WP2 Research and innovation questions Mid Sept
WP3 Road-map Jan 2018
Discussions about the conclusions from each WP on open
workshops. Input from all stakeholders is very welcome!
Road-map for research and innovation to industrialize
additive manufacturing of metals in Sweden (RAMP-UP)
Scope: Create two demonstrators that clearly illustrates the potential of a
full digitalisation of the production flow for additive manufacturing.
Digitalisation of the production flow is a
prerequisite for additive manufacturing [DINA]
Swedish Arena for Additive Manufacturing of Metals
Each ”process” is (almost) already developed and the task is to develop
and demonstrate the integration of data / information transfer and storage.
Swerea, Chalmers, GKN Aerospace,Siemens Industrial Turbomachinery,
SAAB Aeronautics and Jernkontoret
Financed by
"The
digitalisation
action" from
the Ministry
of Enterprise
and Inno-
vation via
VINNOVA
Ends in 2016
Sch
em
ati
c o
f th
e A
M p
rocess
wit
h a
dja
cen
t o
pera
tio
ns
More information www.am-arena.se
Management:
Annika Strondl, Seyed Hosseini, Joakim Ålgårdh, Elis Carlström, Sten Farre -
Swerea
Eduard Hryha - Chalmers
Lennart Malmsköld – University West
Board:
Hans Söderhjelm - Höganäs Björn-Olof Bengtsson - Carpenter
Ingegerd Annergren - Scania Pajazit Avdovic – Siemens Industrial Turbom.
Lars Nyborg – Chalmers Per Nylén - University West
Maria Åstrand - Swerea