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Building Blocks of a 3D Printing Ecosystem
Kelvin Wee Katrien Lenaerts
Materialise
Content
bull Introduction Materialise
bull Building blocks of 3DPrinting Ecosystem
bull Examples of Ecosystems
bull imaterialise
bull RS Print
3
1 INTRODUCTION TO MATERIALISE
4
Welcome to
Materialise
Founded
1990
HQ in
Leuven
Belgium
Global
presenceTeam of
~ 1000
3D
printing production
3D
printing
software
Medical
Solutions
3D Printing
SoftwareDevelopment
6
Engineering
Connecting Applications to 3D Printing
7
Engineering3D
Printing
SoftwareDevelopment
A 3D Printing Ecosystem
Materialise
A Platform for 3D
Printing
Ecosystems
Confidential
2 BUILDING BLOCKS
9
10
Connect IndustriesApplications to
3D Printing
Software Platform for 3D Printing
ProESTL
STL
FBX
Catia
ACIS
DXF
VRML
VDA
CTMRI Topology data
Google Sketchup 80
AMF
OBJ
ZPR
PLY3DS3DM
DLP
FDM
Laser Sintering
BinderjetStereolithography
EBM
Metal Sintering
Polyjet
Software Platform for 3D Printing
Software Platform for 3D Printing
Materialise AM Platform
Materialise offers a platform to develop a 3D printer business in an
open and neutral environment
The individual link to the platform
Lightweight
structures
Surface
textures
Link to CAD
formats
Handling
large data
AM Design
AM Build
preparation
Automation
amp Control
Scalable
production
14
Materialise AM Platform
16
Materialise AM Platform
17
A unified AM platform
Build Processor
Framework
BP BP BP BP BP
Build Processor
The concept
19
Machine Control
Image source Solid Concepts
MCS
Get the best out of your hardware
Kawamoto (2012) Prototyping lightweight car seat structures using topology
optimization and additive manufacturing International conference on additive
manufacturing and 3D Printing
How can we build it
Courtesy of Toyota Motor
Corporation and Toyota
Central RampD Labs Inc
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
Content
bull Introduction Materialise
bull Building blocks of 3DPrinting Ecosystem
bull Examples of Ecosystems
bull imaterialise
bull RS Print
3
1 INTRODUCTION TO MATERIALISE
4
Welcome to
Materialise
Founded
1990
HQ in
Leuven
Belgium
Global
presenceTeam of
~ 1000
3D
printing production
3D
printing
software
Medical
Solutions
3D Printing
SoftwareDevelopment
6
Engineering
Connecting Applications to 3D Printing
7
Engineering3D
Printing
SoftwareDevelopment
A 3D Printing Ecosystem
Materialise
A Platform for 3D
Printing
Ecosystems
Confidential
2 BUILDING BLOCKS
9
10
Connect IndustriesApplications to
3D Printing
Software Platform for 3D Printing
ProESTL
STL
FBX
Catia
ACIS
DXF
VRML
VDA
CTMRI Topology data
Google Sketchup 80
AMF
OBJ
ZPR
PLY3DS3DM
DLP
FDM
Laser Sintering
BinderjetStereolithography
EBM
Metal Sintering
Polyjet
Software Platform for 3D Printing
Software Platform for 3D Printing
Materialise AM Platform
Materialise offers a platform to develop a 3D printer business in an
open and neutral environment
The individual link to the platform
Lightweight
structures
Surface
textures
Link to CAD
formats
Handling
large data
AM Design
AM Build
preparation
Automation
amp Control
Scalable
production
14
Materialise AM Platform
16
Materialise AM Platform
17
A unified AM platform
Build Processor
Framework
BP BP BP BP BP
Build Processor
The concept
19
Machine Control
Image source Solid Concepts
MCS
Get the best out of your hardware
Kawamoto (2012) Prototyping lightweight car seat structures using topology
optimization and additive manufacturing International conference on additive
manufacturing and 3D Printing
How can we build it
Courtesy of Toyota Motor
Corporation and Toyota
Central RampD Labs Inc
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
1 INTRODUCTION TO MATERIALISE
4
Welcome to
Materialise
Founded
1990
HQ in
Leuven
Belgium
Global
presenceTeam of
~ 1000
3D
printing production
3D
printing
software
Medical
Solutions
3D Printing
SoftwareDevelopment
6
Engineering
Connecting Applications to 3D Printing
7
Engineering3D
Printing
SoftwareDevelopment
A 3D Printing Ecosystem
Materialise
A Platform for 3D
Printing
Ecosystems
Confidential
2 BUILDING BLOCKS
9
10
Connect IndustriesApplications to
3D Printing
Software Platform for 3D Printing
ProESTL
STL
FBX
Catia
ACIS
DXF
VRML
VDA
CTMRI Topology data
Google Sketchup 80
AMF
OBJ
ZPR
PLY3DS3DM
DLP
FDM
Laser Sintering
BinderjetStereolithography
EBM
Metal Sintering
Polyjet
Software Platform for 3D Printing
Software Platform for 3D Printing
Materialise AM Platform
Materialise offers a platform to develop a 3D printer business in an
open and neutral environment
The individual link to the platform
Lightweight
structures
Surface
textures
Link to CAD
formats
Handling
large data
AM Design
AM Build
preparation
Automation
amp Control
Scalable
production
14
Materialise AM Platform
16
Materialise AM Platform
17
A unified AM platform
Build Processor
Framework
BP BP BP BP BP
Build Processor
The concept
19
Machine Control
Image source Solid Concepts
MCS
Get the best out of your hardware
Kawamoto (2012) Prototyping lightweight car seat structures using topology
optimization and additive manufacturing International conference on additive
manufacturing and 3D Printing
How can we build it
Courtesy of Toyota Motor
Corporation and Toyota
Central RampD Labs Inc
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
Welcome to
Materialise
Founded
1990
HQ in
Leuven
Belgium
Global
presenceTeam of
~ 1000
3D
printing production
3D
printing
software
Medical
Solutions
3D Printing
SoftwareDevelopment
6
Engineering
Connecting Applications to 3D Printing
7
Engineering3D
Printing
SoftwareDevelopment
A 3D Printing Ecosystem
Materialise
A Platform for 3D
Printing
Ecosystems
Confidential
2 BUILDING BLOCKS
9
10
Connect IndustriesApplications to
3D Printing
Software Platform for 3D Printing
ProESTL
STL
FBX
Catia
ACIS
DXF
VRML
VDA
CTMRI Topology data
Google Sketchup 80
AMF
OBJ
ZPR
PLY3DS3DM
DLP
FDM
Laser Sintering
BinderjetStereolithography
EBM
Metal Sintering
Polyjet
Software Platform for 3D Printing
Software Platform for 3D Printing
Materialise AM Platform
Materialise offers a platform to develop a 3D printer business in an
open and neutral environment
The individual link to the platform
Lightweight
structures
Surface
textures
Link to CAD
formats
Handling
large data
AM Design
AM Build
preparation
Automation
amp Control
Scalable
production
14
Materialise AM Platform
16
Materialise AM Platform
17
A unified AM platform
Build Processor
Framework
BP BP BP BP BP
Build Processor
The concept
19
Machine Control
Image source Solid Concepts
MCS
Get the best out of your hardware
Kawamoto (2012) Prototyping lightweight car seat structures using topology
optimization and additive manufacturing International conference on additive
manufacturing and 3D Printing
How can we build it
Courtesy of Toyota Motor
Corporation and Toyota
Central RampD Labs Inc
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
3D Printing
SoftwareDevelopment
6
Engineering
Connecting Applications to 3D Printing
7
Engineering3D
Printing
SoftwareDevelopment
A 3D Printing Ecosystem
Materialise
A Platform for 3D
Printing
Ecosystems
Confidential
2 BUILDING BLOCKS
9
10
Connect IndustriesApplications to
3D Printing
Software Platform for 3D Printing
ProESTL
STL
FBX
Catia
ACIS
DXF
VRML
VDA
CTMRI Topology data
Google Sketchup 80
AMF
OBJ
ZPR
PLY3DS3DM
DLP
FDM
Laser Sintering
BinderjetStereolithography
EBM
Metal Sintering
Polyjet
Software Platform for 3D Printing
Software Platform for 3D Printing
Materialise AM Platform
Materialise offers a platform to develop a 3D printer business in an
open and neutral environment
The individual link to the platform
Lightweight
structures
Surface
textures
Link to CAD
formats
Handling
large data
AM Design
AM Build
preparation
Automation
amp Control
Scalable
production
14
Materialise AM Platform
16
Materialise AM Platform
17
A unified AM platform
Build Processor
Framework
BP BP BP BP BP
Build Processor
The concept
19
Machine Control
Image source Solid Concepts
MCS
Get the best out of your hardware
Kawamoto (2012) Prototyping lightweight car seat structures using topology
optimization and additive manufacturing International conference on additive
manufacturing and 3D Printing
How can we build it
Courtesy of Toyota Motor
Corporation and Toyota
Central RampD Labs Inc
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
Connecting Applications to 3D Printing
7
Engineering3D
Printing
SoftwareDevelopment
A 3D Printing Ecosystem
Materialise
A Platform for 3D
Printing
Ecosystems
Confidential
2 BUILDING BLOCKS
9
10
Connect IndustriesApplications to
3D Printing
Software Platform for 3D Printing
ProESTL
STL
FBX
Catia
ACIS
DXF
VRML
VDA
CTMRI Topology data
Google Sketchup 80
AMF
OBJ
ZPR
PLY3DS3DM
DLP
FDM
Laser Sintering
BinderjetStereolithography
EBM
Metal Sintering
Polyjet
Software Platform for 3D Printing
Software Platform for 3D Printing
Materialise AM Platform
Materialise offers a platform to develop a 3D printer business in an
open and neutral environment
The individual link to the platform
Lightweight
structures
Surface
textures
Link to CAD
formats
Handling
large data
AM Design
AM Build
preparation
Automation
amp Control
Scalable
production
14
Materialise AM Platform
16
Materialise AM Platform
17
A unified AM platform
Build Processor
Framework
BP BP BP BP BP
Build Processor
The concept
19
Machine Control
Image source Solid Concepts
MCS
Get the best out of your hardware
Kawamoto (2012) Prototyping lightweight car seat structures using topology
optimization and additive manufacturing International conference on additive
manufacturing and 3D Printing
How can we build it
Courtesy of Toyota Motor
Corporation and Toyota
Central RampD Labs Inc
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
A 3D Printing Ecosystem
Materialise
A Platform for 3D
Printing
Ecosystems
Confidential
2 BUILDING BLOCKS
9
10
Connect IndustriesApplications to
3D Printing
Software Platform for 3D Printing
ProESTL
STL
FBX
Catia
ACIS
DXF
VRML
VDA
CTMRI Topology data
Google Sketchup 80
AMF
OBJ
ZPR
PLY3DS3DM
DLP
FDM
Laser Sintering
BinderjetStereolithography
EBM
Metal Sintering
Polyjet
Software Platform for 3D Printing
Software Platform for 3D Printing
Materialise AM Platform
Materialise offers a platform to develop a 3D printer business in an
open and neutral environment
The individual link to the platform
Lightweight
structures
Surface
textures
Link to CAD
formats
Handling
large data
AM Design
AM Build
preparation
Automation
amp Control
Scalable
production
14
Materialise AM Platform
16
Materialise AM Platform
17
A unified AM platform
Build Processor
Framework
BP BP BP BP BP
Build Processor
The concept
19
Machine Control
Image source Solid Concepts
MCS
Get the best out of your hardware
Kawamoto (2012) Prototyping lightweight car seat structures using topology
optimization and additive manufacturing International conference on additive
manufacturing and 3D Printing
How can we build it
Courtesy of Toyota Motor
Corporation and Toyota
Central RampD Labs Inc
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
2 BUILDING BLOCKS
9
10
Connect IndustriesApplications to
3D Printing
Software Platform for 3D Printing
ProESTL
STL
FBX
Catia
ACIS
DXF
VRML
VDA
CTMRI Topology data
Google Sketchup 80
AMF
OBJ
ZPR
PLY3DS3DM
DLP
FDM
Laser Sintering
BinderjetStereolithography
EBM
Metal Sintering
Polyjet
Software Platform for 3D Printing
Software Platform for 3D Printing
Materialise AM Platform
Materialise offers a platform to develop a 3D printer business in an
open and neutral environment
The individual link to the platform
Lightweight
structures
Surface
textures
Link to CAD
formats
Handling
large data
AM Design
AM Build
preparation
Automation
amp Control
Scalable
production
14
Materialise AM Platform
16
Materialise AM Platform
17
A unified AM platform
Build Processor
Framework
BP BP BP BP BP
Build Processor
The concept
19
Machine Control
Image source Solid Concepts
MCS
Get the best out of your hardware
Kawamoto (2012) Prototyping lightweight car seat structures using topology
optimization and additive manufacturing International conference on additive
manufacturing and 3D Printing
How can we build it
Courtesy of Toyota Motor
Corporation and Toyota
Central RampD Labs Inc
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
10
Connect IndustriesApplications to
3D Printing
Software Platform for 3D Printing
ProESTL
STL
FBX
Catia
ACIS
DXF
VRML
VDA
CTMRI Topology data
Google Sketchup 80
AMF
OBJ
ZPR
PLY3DS3DM
DLP
FDM
Laser Sintering
BinderjetStereolithography
EBM
Metal Sintering
Polyjet
Software Platform for 3D Printing
Software Platform for 3D Printing
Materialise AM Platform
Materialise offers a platform to develop a 3D printer business in an
open and neutral environment
The individual link to the platform
Lightweight
structures
Surface
textures
Link to CAD
formats
Handling
large data
AM Design
AM Build
preparation
Automation
amp Control
Scalable
production
14
Materialise AM Platform
16
Materialise AM Platform
17
A unified AM platform
Build Processor
Framework
BP BP BP BP BP
Build Processor
The concept
19
Machine Control
Image source Solid Concepts
MCS
Get the best out of your hardware
Kawamoto (2012) Prototyping lightweight car seat structures using topology
optimization and additive manufacturing International conference on additive
manufacturing and 3D Printing
How can we build it
Courtesy of Toyota Motor
Corporation and Toyota
Central RampD Labs Inc
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
ProESTL
STL
FBX
Catia
ACIS
DXF
VRML
VDA
CTMRI Topology data
Google Sketchup 80
AMF
OBJ
ZPR
PLY3DS3DM
DLP
FDM
Laser Sintering
BinderjetStereolithography
EBM
Metal Sintering
Polyjet
Software Platform for 3D Printing
Software Platform for 3D Printing
Materialise AM Platform
Materialise offers a platform to develop a 3D printer business in an
open and neutral environment
The individual link to the platform
Lightweight
structures
Surface
textures
Link to CAD
formats
Handling
large data
AM Design
AM Build
preparation
Automation
amp Control
Scalable
production
14
Materialise AM Platform
16
Materialise AM Platform
17
A unified AM platform
Build Processor
Framework
BP BP BP BP BP
Build Processor
The concept
19
Machine Control
Image source Solid Concepts
MCS
Get the best out of your hardware
Kawamoto (2012) Prototyping lightweight car seat structures using topology
optimization and additive manufacturing International conference on additive
manufacturing and 3D Printing
How can we build it
Courtesy of Toyota Motor
Corporation and Toyota
Central RampD Labs Inc
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
Software Platform for 3D Printing
Materialise AM Platform
Materialise offers a platform to develop a 3D printer business in an
open and neutral environment
The individual link to the platform
Lightweight
structures
Surface
textures
Link to CAD
formats
Handling
large data
AM Design
AM Build
preparation
Automation
amp Control
Scalable
production
14
Materialise AM Platform
16
Materialise AM Platform
17
A unified AM platform
Build Processor
Framework
BP BP BP BP BP
Build Processor
The concept
19
Machine Control
Image source Solid Concepts
MCS
Get the best out of your hardware
Kawamoto (2012) Prototyping lightweight car seat structures using topology
optimization and additive manufacturing International conference on additive
manufacturing and 3D Printing
How can we build it
Courtesy of Toyota Motor
Corporation and Toyota
Central RampD Labs Inc
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
Materialise AM Platform
Materialise offers a platform to develop a 3D printer business in an
open and neutral environment
The individual link to the platform
Lightweight
structures
Surface
textures
Link to CAD
formats
Handling
large data
AM Design
AM Build
preparation
Automation
amp Control
Scalable
production
14
Materialise AM Platform
16
Materialise AM Platform
17
A unified AM platform
Build Processor
Framework
BP BP BP BP BP
Build Processor
The concept
19
Machine Control
Image source Solid Concepts
MCS
Get the best out of your hardware
Kawamoto (2012) Prototyping lightweight car seat structures using topology
optimization and additive manufacturing International conference on additive
manufacturing and 3D Printing
How can we build it
Courtesy of Toyota Motor
Corporation and Toyota
Central RampD Labs Inc
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
Materialise AM Platform
16
Materialise AM Platform
17
A unified AM platform
Build Processor
Framework
BP BP BP BP BP
Build Processor
The concept
19
Machine Control
Image source Solid Concepts
MCS
Get the best out of your hardware
Kawamoto (2012) Prototyping lightweight car seat structures using topology
optimization and additive manufacturing International conference on additive
manufacturing and 3D Printing
How can we build it
Courtesy of Toyota Motor
Corporation and Toyota
Central RampD Labs Inc
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
Materialise AM Platform
17
A unified AM platform
Build Processor
Framework
BP BP BP BP BP
Build Processor
The concept
19
Machine Control
Image source Solid Concepts
MCS
Get the best out of your hardware
Kawamoto (2012) Prototyping lightweight car seat structures using topology
optimization and additive manufacturing International conference on additive
manufacturing and 3D Printing
How can we build it
Courtesy of Toyota Motor
Corporation and Toyota
Central RampD Labs Inc
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
A unified AM platform
Build Processor
Framework
BP BP BP BP BP
Build Processor
The concept
19
Machine Control
Image source Solid Concepts
MCS
Get the best out of your hardware
Kawamoto (2012) Prototyping lightweight car seat structures using topology
optimization and additive manufacturing International conference on additive
manufacturing and 3D Printing
How can we build it
Courtesy of Toyota Motor
Corporation and Toyota
Central RampD Labs Inc
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
Build Processor
The concept
19
Machine Control
Image source Solid Concepts
MCS
Get the best out of your hardware
Kawamoto (2012) Prototyping lightweight car seat structures using topology
optimization and additive manufacturing International conference on additive
manufacturing and 3D Printing
How can we build it
Courtesy of Toyota Motor
Corporation and Toyota
Central RampD Labs Inc
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
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Machine Control
Image source Solid Concepts
MCS
Get the best out of your hardware
Kawamoto (2012) Prototyping lightweight car seat structures using topology
optimization and additive manufacturing International conference on additive
manufacturing and 3D Printing
How can we build it
Courtesy of Toyota Motor
Corporation and Toyota
Central RampD Labs Inc
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
Kawamoto (2012) Prototyping lightweight car seat structures using topology
optimization and additive manufacturing International conference on additive
manufacturing and 3D Printing
How can we build it
Courtesy of Toyota Motor
Corporation and Toyota
Central RampD Labs Inc
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
3 IMATERIALISE
22
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
3D print lab
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
3D print lab
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
25
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
API
Team up
commissionorder handling
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
And finally
27
USA
Belgium
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
imaterialise
bull First time righthellip
bull Always different parts
bull Coming from different sources
bull Localization
bull Subcontracting
bull So much room for error need a software driven
ecosystem
28
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
API
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
4 RS PRINT
30
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
32
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
Walking Running
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
35
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
36
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
10 OFFOn your next order at 3dprintlab
Inside_3D_Australia2014
Try us
