prodintec additive manufacturing
TRANSCRIPT
ADDITIVE MANUFACTURING
Non-profite private organisation
Date of start up October 2004 Location Science and Technologic Park in GijonndashINTRA
Mission ldquoTo boost the competitiveness of companies by applying technological advances to their products and to their manufacturing and management processesrdquo
Additive manufacturing
Additive Manufacturing
DESCRIPTION Additive manufacturing is the process of joining materials to make objects from 3D model data usually layer upon layer as opposed to traditional subtractive manufacturing methodologies AM is used to built physical models prototypes patterns tooling components and production parts in plastics metal ceramics o composite materials AM systems use thin horizontal cross sections from computer-aided design (CAD) models 3D-scanning systems medical scanners and video games produce parts that may difficult or impossible to fabricate any other way
Added value Complexity + individuality together
Additive Manufacturing
APPLICATIONS
bull Prototypes gears pre-series laboratory equipment arquitecturehellip bull Pieces surgery tools implants jewelry furniture accessorieshellip bull Tools Plastic injection (molds) Machining (tools for mooring)
Additive Manufacturing
EQUIPMENT AT PRODINTEC
EOSINT M-270
EOS FORMIGA P-100
Materials metals
Working area 252x252mm and 190mm high
Tolerance plusmn 50 micrometers per 100 mm
Materials polymers
Working area 200x250 and 330 mm high
Tolerance plusmn 150 micrometers per 100 mm
Additive Manufacturing
bull ALUMIDEreg
bull CarbonMidereg
bull PA 22002201
bull PA 2202 black
bull PA 2210 FR
bull PA 3200 GF
bull PEEK HP3
bull PrimeCastreg 101
bull PrimePartreg DC
bull Polyamide
bull 17-4 Ph (GP1)
bull 15-5 Ph (PH1)
bull Chrome-cobalt (MP1)
bull Alloy Bronze DM20
bull Maraging Steel 12709
bull Inconel 718
bull Ti6Al4V
bull PrimePartreg
bull Polystyrene
MATERIALS
Additive Manufacturing
ADVANTAGES
bull Reduce ldquotime to marketrdquo fast industrial manufacturing bull Build real parts real life properties bull Reduce costs for complicated shapes bull Bring together different functionalities in one part bull Generate new functionalities bull Reduce assembly errors and hence costs bull Free design form the restrictions of traditional
manufacturing processes design and manufacture of complex geometries
bull Access new market niches bull Reduce costs for short series (mass customization batch
of one custom madehellip) bull Meet individual customer needs
Additive Manufacturing
MAIN SECTORS OF APPLICATION
bull Aeronautic
bull Health
bull Metal mechanics
bull Automotive
Additive Manufacturing
SOME EXAMPLES
bull Tools
bull Gear with own tool
bull Aeronautic part (flame retardant plastic material )
Additive Manufacturing
INTERNAL STRUCTURES weight reduction
Additive Manufacturing
JEWELRY
D2
DM20 DM20
CoCr
MP1
SS17-4
Additive Manufacturing
SUCCESSFUL CASE
SOCINSER (Spanish companyHealth sector)
Design and fabrication a serie of instrumentations for an innovative bone surgery
19 Kg Stainless steel used total production time 70 hours
Additive Manufacturing
- Temperature and presure sensors
- Very complex geometry
- The should stand very high temperatures
Fabrication process
- Material SLS de Inconel
- Polished surface
- Manufactured in one piece
SUCCESSFUL CASE
RAMEM (Spanish companyaeronautics sector)
bull Instrumentation rakes
Additive Manufacturing
Inside channels detail
Technology Centre for Industrial Design and Manufacturing
Fundacioacuten PRODINTEC
Thank you for your attention
CENTRAL OFFICE
Parque Cientifico Tecnologico de Gijon zona INTRA Avenida Jardin Botanico 1345 bull Edificio ldquoAntiguo secadero de tabacosrdquo 33203 Gijon Asturias (Spain) T +34 984 390 060 MADRID OFFICE
Incubadora II ndash Parque Cientifico de Madrid C Santiago Grisolia 2 ndash 1ordm 28760 Tres Cantos Madrid (Spain) T+34 667 728 947
Non-profite private organisation
Date of start up October 2004 Location Science and Technologic Park in GijonndashINTRA
Mission ldquoTo boost the competitiveness of companies by applying technological advances to their products and to their manufacturing and management processesrdquo
Additive manufacturing
Additive Manufacturing
DESCRIPTION Additive manufacturing is the process of joining materials to make objects from 3D model data usually layer upon layer as opposed to traditional subtractive manufacturing methodologies AM is used to built physical models prototypes patterns tooling components and production parts in plastics metal ceramics o composite materials AM systems use thin horizontal cross sections from computer-aided design (CAD) models 3D-scanning systems medical scanners and video games produce parts that may difficult or impossible to fabricate any other way
Added value Complexity + individuality together
Additive Manufacturing
APPLICATIONS
bull Prototypes gears pre-series laboratory equipment arquitecturehellip bull Pieces surgery tools implants jewelry furniture accessorieshellip bull Tools Plastic injection (molds) Machining (tools for mooring)
Additive Manufacturing
EQUIPMENT AT PRODINTEC
EOSINT M-270
EOS FORMIGA P-100
Materials metals
Working area 252x252mm and 190mm high
Tolerance plusmn 50 micrometers per 100 mm
Materials polymers
Working area 200x250 and 330 mm high
Tolerance plusmn 150 micrometers per 100 mm
Additive Manufacturing
bull ALUMIDEreg
bull CarbonMidereg
bull PA 22002201
bull PA 2202 black
bull PA 2210 FR
bull PA 3200 GF
bull PEEK HP3
bull PrimeCastreg 101
bull PrimePartreg DC
bull Polyamide
bull 17-4 Ph (GP1)
bull 15-5 Ph (PH1)
bull Chrome-cobalt (MP1)
bull Alloy Bronze DM20
bull Maraging Steel 12709
bull Inconel 718
bull Ti6Al4V
bull PrimePartreg
bull Polystyrene
MATERIALS
Additive Manufacturing
ADVANTAGES
bull Reduce ldquotime to marketrdquo fast industrial manufacturing bull Build real parts real life properties bull Reduce costs for complicated shapes bull Bring together different functionalities in one part bull Generate new functionalities bull Reduce assembly errors and hence costs bull Free design form the restrictions of traditional
manufacturing processes design and manufacture of complex geometries
bull Access new market niches bull Reduce costs for short series (mass customization batch
of one custom madehellip) bull Meet individual customer needs
Additive Manufacturing
MAIN SECTORS OF APPLICATION
bull Aeronautic
bull Health
bull Metal mechanics
bull Automotive
Additive Manufacturing
SOME EXAMPLES
bull Tools
bull Gear with own tool
bull Aeronautic part (flame retardant plastic material )
Additive Manufacturing
INTERNAL STRUCTURES weight reduction
Additive Manufacturing
JEWELRY
D2
DM20 DM20
CoCr
MP1
SS17-4
Additive Manufacturing
SUCCESSFUL CASE
SOCINSER (Spanish companyHealth sector)
Design and fabrication a serie of instrumentations for an innovative bone surgery
19 Kg Stainless steel used total production time 70 hours
Additive Manufacturing
- Temperature and presure sensors
- Very complex geometry
- The should stand very high temperatures
Fabrication process
- Material SLS de Inconel
- Polished surface
- Manufactured in one piece
SUCCESSFUL CASE
RAMEM (Spanish companyaeronautics sector)
bull Instrumentation rakes
Additive Manufacturing
Inside channels detail
Technology Centre for Industrial Design and Manufacturing
Fundacioacuten PRODINTEC
Thank you for your attention
CENTRAL OFFICE
Parque Cientifico Tecnologico de Gijon zona INTRA Avenida Jardin Botanico 1345 bull Edificio ldquoAntiguo secadero de tabacosrdquo 33203 Gijon Asturias (Spain) T +34 984 390 060 MADRID OFFICE
Incubadora II ndash Parque Cientifico de Madrid C Santiago Grisolia 2 ndash 1ordm 28760 Tres Cantos Madrid (Spain) T+34 667 728 947
Additive Manufacturing
DESCRIPTION Additive manufacturing is the process of joining materials to make objects from 3D model data usually layer upon layer as opposed to traditional subtractive manufacturing methodologies AM is used to built physical models prototypes patterns tooling components and production parts in plastics metal ceramics o composite materials AM systems use thin horizontal cross sections from computer-aided design (CAD) models 3D-scanning systems medical scanners and video games produce parts that may difficult or impossible to fabricate any other way
Added value Complexity + individuality together
Additive Manufacturing
APPLICATIONS
bull Prototypes gears pre-series laboratory equipment arquitecturehellip bull Pieces surgery tools implants jewelry furniture accessorieshellip bull Tools Plastic injection (molds) Machining (tools for mooring)
Additive Manufacturing
EQUIPMENT AT PRODINTEC
EOSINT M-270
EOS FORMIGA P-100
Materials metals
Working area 252x252mm and 190mm high
Tolerance plusmn 50 micrometers per 100 mm
Materials polymers
Working area 200x250 and 330 mm high
Tolerance plusmn 150 micrometers per 100 mm
Additive Manufacturing
bull ALUMIDEreg
bull CarbonMidereg
bull PA 22002201
bull PA 2202 black
bull PA 2210 FR
bull PA 3200 GF
bull PEEK HP3
bull PrimeCastreg 101
bull PrimePartreg DC
bull Polyamide
bull 17-4 Ph (GP1)
bull 15-5 Ph (PH1)
bull Chrome-cobalt (MP1)
bull Alloy Bronze DM20
bull Maraging Steel 12709
bull Inconel 718
bull Ti6Al4V
bull PrimePartreg
bull Polystyrene
MATERIALS
Additive Manufacturing
ADVANTAGES
bull Reduce ldquotime to marketrdquo fast industrial manufacturing bull Build real parts real life properties bull Reduce costs for complicated shapes bull Bring together different functionalities in one part bull Generate new functionalities bull Reduce assembly errors and hence costs bull Free design form the restrictions of traditional
manufacturing processes design and manufacture of complex geometries
bull Access new market niches bull Reduce costs for short series (mass customization batch
of one custom madehellip) bull Meet individual customer needs
Additive Manufacturing
MAIN SECTORS OF APPLICATION
bull Aeronautic
bull Health
bull Metal mechanics
bull Automotive
Additive Manufacturing
SOME EXAMPLES
bull Tools
bull Gear with own tool
bull Aeronautic part (flame retardant plastic material )
Additive Manufacturing
INTERNAL STRUCTURES weight reduction
Additive Manufacturing
JEWELRY
D2
DM20 DM20
CoCr
MP1
SS17-4
Additive Manufacturing
SUCCESSFUL CASE
SOCINSER (Spanish companyHealth sector)
Design and fabrication a serie of instrumentations for an innovative bone surgery
19 Kg Stainless steel used total production time 70 hours
Additive Manufacturing
- Temperature and presure sensors
- Very complex geometry
- The should stand very high temperatures
Fabrication process
- Material SLS de Inconel
- Polished surface
- Manufactured in one piece
SUCCESSFUL CASE
RAMEM (Spanish companyaeronautics sector)
bull Instrumentation rakes
Additive Manufacturing
Inside channels detail
Technology Centre for Industrial Design and Manufacturing
Fundacioacuten PRODINTEC
Thank you for your attention
CENTRAL OFFICE
Parque Cientifico Tecnologico de Gijon zona INTRA Avenida Jardin Botanico 1345 bull Edificio ldquoAntiguo secadero de tabacosrdquo 33203 Gijon Asturias (Spain) T +34 984 390 060 MADRID OFFICE
Incubadora II ndash Parque Cientifico de Madrid C Santiago Grisolia 2 ndash 1ordm 28760 Tres Cantos Madrid (Spain) T+34 667 728 947
Additive Manufacturing
APPLICATIONS
bull Prototypes gears pre-series laboratory equipment arquitecturehellip bull Pieces surgery tools implants jewelry furniture accessorieshellip bull Tools Plastic injection (molds) Machining (tools for mooring)
Additive Manufacturing
EQUIPMENT AT PRODINTEC
EOSINT M-270
EOS FORMIGA P-100
Materials metals
Working area 252x252mm and 190mm high
Tolerance plusmn 50 micrometers per 100 mm
Materials polymers
Working area 200x250 and 330 mm high
Tolerance plusmn 150 micrometers per 100 mm
Additive Manufacturing
bull ALUMIDEreg
bull CarbonMidereg
bull PA 22002201
bull PA 2202 black
bull PA 2210 FR
bull PA 3200 GF
bull PEEK HP3
bull PrimeCastreg 101
bull PrimePartreg DC
bull Polyamide
bull 17-4 Ph (GP1)
bull 15-5 Ph (PH1)
bull Chrome-cobalt (MP1)
bull Alloy Bronze DM20
bull Maraging Steel 12709
bull Inconel 718
bull Ti6Al4V
bull PrimePartreg
bull Polystyrene
MATERIALS
Additive Manufacturing
ADVANTAGES
bull Reduce ldquotime to marketrdquo fast industrial manufacturing bull Build real parts real life properties bull Reduce costs for complicated shapes bull Bring together different functionalities in one part bull Generate new functionalities bull Reduce assembly errors and hence costs bull Free design form the restrictions of traditional
manufacturing processes design and manufacture of complex geometries
bull Access new market niches bull Reduce costs for short series (mass customization batch
of one custom madehellip) bull Meet individual customer needs
Additive Manufacturing
MAIN SECTORS OF APPLICATION
bull Aeronautic
bull Health
bull Metal mechanics
bull Automotive
Additive Manufacturing
SOME EXAMPLES
bull Tools
bull Gear with own tool
bull Aeronautic part (flame retardant plastic material )
Additive Manufacturing
INTERNAL STRUCTURES weight reduction
Additive Manufacturing
JEWELRY
D2
DM20 DM20
CoCr
MP1
SS17-4
Additive Manufacturing
SUCCESSFUL CASE
SOCINSER (Spanish companyHealth sector)
Design and fabrication a serie of instrumentations for an innovative bone surgery
19 Kg Stainless steel used total production time 70 hours
Additive Manufacturing
- Temperature and presure sensors
- Very complex geometry
- The should stand very high temperatures
Fabrication process
- Material SLS de Inconel
- Polished surface
- Manufactured in one piece
SUCCESSFUL CASE
RAMEM (Spanish companyaeronautics sector)
bull Instrumentation rakes
Additive Manufacturing
Inside channels detail
Technology Centre for Industrial Design and Manufacturing
Fundacioacuten PRODINTEC
Thank you for your attention
CENTRAL OFFICE
Parque Cientifico Tecnologico de Gijon zona INTRA Avenida Jardin Botanico 1345 bull Edificio ldquoAntiguo secadero de tabacosrdquo 33203 Gijon Asturias (Spain) T +34 984 390 060 MADRID OFFICE
Incubadora II ndash Parque Cientifico de Madrid C Santiago Grisolia 2 ndash 1ordm 28760 Tres Cantos Madrid (Spain) T+34 667 728 947
Additive Manufacturing
EQUIPMENT AT PRODINTEC
EOSINT M-270
EOS FORMIGA P-100
Materials metals
Working area 252x252mm and 190mm high
Tolerance plusmn 50 micrometers per 100 mm
Materials polymers
Working area 200x250 and 330 mm high
Tolerance plusmn 150 micrometers per 100 mm
Additive Manufacturing
bull ALUMIDEreg
bull CarbonMidereg
bull PA 22002201
bull PA 2202 black
bull PA 2210 FR
bull PA 3200 GF
bull PEEK HP3
bull PrimeCastreg 101
bull PrimePartreg DC
bull Polyamide
bull 17-4 Ph (GP1)
bull 15-5 Ph (PH1)
bull Chrome-cobalt (MP1)
bull Alloy Bronze DM20
bull Maraging Steel 12709
bull Inconel 718
bull Ti6Al4V
bull PrimePartreg
bull Polystyrene
MATERIALS
Additive Manufacturing
ADVANTAGES
bull Reduce ldquotime to marketrdquo fast industrial manufacturing bull Build real parts real life properties bull Reduce costs for complicated shapes bull Bring together different functionalities in one part bull Generate new functionalities bull Reduce assembly errors and hence costs bull Free design form the restrictions of traditional
manufacturing processes design and manufacture of complex geometries
bull Access new market niches bull Reduce costs for short series (mass customization batch
of one custom madehellip) bull Meet individual customer needs
Additive Manufacturing
MAIN SECTORS OF APPLICATION
bull Aeronautic
bull Health
bull Metal mechanics
bull Automotive
Additive Manufacturing
SOME EXAMPLES
bull Tools
bull Gear with own tool
bull Aeronautic part (flame retardant plastic material )
Additive Manufacturing
INTERNAL STRUCTURES weight reduction
Additive Manufacturing
JEWELRY
D2
DM20 DM20
CoCr
MP1
SS17-4
Additive Manufacturing
SUCCESSFUL CASE
SOCINSER (Spanish companyHealth sector)
Design and fabrication a serie of instrumentations for an innovative bone surgery
19 Kg Stainless steel used total production time 70 hours
Additive Manufacturing
- Temperature and presure sensors
- Very complex geometry
- The should stand very high temperatures
Fabrication process
- Material SLS de Inconel
- Polished surface
- Manufactured in one piece
SUCCESSFUL CASE
RAMEM (Spanish companyaeronautics sector)
bull Instrumentation rakes
Additive Manufacturing
Inside channels detail
Technology Centre for Industrial Design and Manufacturing
Fundacioacuten PRODINTEC
Thank you for your attention
CENTRAL OFFICE
Parque Cientifico Tecnologico de Gijon zona INTRA Avenida Jardin Botanico 1345 bull Edificio ldquoAntiguo secadero de tabacosrdquo 33203 Gijon Asturias (Spain) T +34 984 390 060 MADRID OFFICE
Incubadora II ndash Parque Cientifico de Madrid C Santiago Grisolia 2 ndash 1ordm 28760 Tres Cantos Madrid (Spain) T+34 667 728 947
Additive Manufacturing
bull ALUMIDEreg
bull CarbonMidereg
bull PA 22002201
bull PA 2202 black
bull PA 2210 FR
bull PA 3200 GF
bull PEEK HP3
bull PrimeCastreg 101
bull PrimePartreg DC
bull Polyamide
bull 17-4 Ph (GP1)
bull 15-5 Ph (PH1)
bull Chrome-cobalt (MP1)
bull Alloy Bronze DM20
bull Maraging Steel 12709
bull Inconel 718
bull Ti6Al4V
bull PrimePartreg
bull Polystyrene
MATERIALS
Additive Manufacturing
ADVANTAGES
bull Reduce ldquotime to marketrdquo fast industrial manufacturing bull Build real parts real life properties bull Reduce costs for complicated shapes bull Bring together different functionalities in one part bull Generate new functionalities bull Reduce assembly errors and hence costs bull Free design form the restrictions of traditional
manufacturing processes design and manufacture of complex geometries
bull Access new market niches bull Reduce costs for short series (mass customization batch
of one custom madehellip) bull Meet individual customer needs
Additive Manufacturing
MAIN SECTORS OF APPLICATION
bull Aeronautic
bull Health
bull Metal mechanics
bull Automotive
Additive Manufacturing
SOME EXAMPLES
bull Tools
bull Gear with own tool
bull Aeronautic part (flame retardant plastic material )
Additive Manufacturing
INTERNAL STRUCTURES weight reduction
Additive Manufacturing
JEWELRY
D2
DM20 DM20
CoCr
MP1
SS17-4
Additive Manufacturing
SUCCESSFUL CASE
SOCINSER (Spanish companyHealth sector)
Design and fabrication a serie of instrumentations for an innovative bone surgery
19 Kg Stainless steel used total production time 70 hours
Additive Manufacturing
- Temperature and presure sensors
- Very complex geometry
- The should stand very high temperatures
Fabrication process
- Material SLS de Inconel
- Polished surface
- Manufactured in one piece
SUCCESSFUL CASE
RAMEM (Spanish companyaeronautics sector)
bull Instrumentation rakes
Additive Manufacturing
Inside channels detail
Technology Centre for Industrial Design and Manufacturing
Fundacioacuten PRODINTEC
Thank you for your attention
CENTRAL OFFICE
Parque Cientifico Tecnologico de Gijon zona INTRA Avenida Jardin Botanico 1345 bull Edificio ldquoAntiguo secadero de tabacosrdquo 33203 Gijon Asturias (Spain) T +34 984 390 060 MADRID OFFICE
Incubadora II ndash Parque Cientifico de Madrid C Santiago Grisolia 2 ndash 1ordm 28760 Tres Cantos Madrid (Spain) T+34 667 728 947
Additive Manufacturing
ADVANTAGES
bull Reduce ldquotime to marketrdquo fast industrial manufacturing bull Build real parts real life properties bull Reduce costs for complicated shapes bull Bring together different functionalities in one part bull Generate new functionalities bull Reduce assembly errors and hence costs bull Free design form the restrictions of traditional
manufacturing processes design and manufacture of complex geometries
bull Access new market niches bull Reduce costs for short series (mass customization batch
of one custom madehellip) bull Meet individual customer needs
Additive Manufacturing
MAIN SECTORS OF APPLICATION
bull Aeronautic
bull Health
bull Metal mechanics
bull Automotive
Additive Manufacturing
SOME EXAMPLES
bull Tools
bull Gear with own tool
bull Aeronautic part (flame retardant plastic material )
Additive Manufacturing
INTERNAL STRUCTURES weight reduction
Additive Manufacturing
JEWELRY
D2
DM20 DM20
CoCr
MP1
SS17-4
Additive Manufacturing
SUCCESSFUL CASE
SOCINSER (Spanish companyHealth sector)
Design and fabrication a serie of instrumentations for an innovative bone surgery
19 Kg Stainless steel used total production time 70 hours
Additive Manufacturing
- Temperature and presure sensors
- Very complex geometry
- The should stand very high temperatures
Fabrication process
- Material SLS de Inconel
- Polished surface
- Manufactured in one piece
SUCCESSFUL CASE
RAMEM (Spanish companyaeronautics sector)
bull Instrumentation rakes
Additive Manufacturing
Inside channels detail
Technology Centre for Industrial Design and Manufacturing
Fundacioacuten PRODINTEC
Thank you for your attention
CENTRAL OFFICE
Parque Cientifico Tecnologico de Gijon zona INTRA Avenida Jardin Botanico 1345 bull Edificio ldquoAntiguo secadero de tabacosrdquo 33203 Gijon Asturias (Spain) T +34 984 390 060 MADRID OFFICE
Incubadora II ndash Parque Cientifico de Madrid C Santiago Grisolia 2 ndash 1ordm 28760 Tres Cantos Madrid (Spain) T+34 667 728 947
Additive Manufacturing
MAIN SECTORS OF APPLICATION
bull Aeronautic
bull Health
bull Metal mechanics
bull Automotive
Additive Manufacturing
SOME EXAMPLES
bull Tools
bull Gear with own tool
bull Aeronautic part (flame retardant plastic material )
Additive Manufacturing
INTERNAL STRUCTURES weight reduction
Additive Manufacturing
JEWELRY
D2
DM20 DM20
CoCr
MP1
SS17-4
Additive Manufacturing
SUCCESSFUL CASE
SOCINSER (Spanish companyHealth sector)
Design and fabrication a serie of instrumentations for an innovative bone surgery
19 Kg Stainless steel used total production time 70 hours
Additive Manufacturing
- Temperature and presure sensors
- Very complex geometry
- The should stand very high temperatures
Fabrication process
- Material SLS de Inconel
- Polished surface
- Manufactured in one piece
SUCCESSFUL CASE
RAMEM (Spanish companyaeronautics sector)
bull Instrumentation rakes
Additive Manufacturing
Inside channels detail
Technology Centre for Industrial Design and Manufacturing
Fundacioacuten PRODINTEC
Thank you for your attention
CENTRAL OFFICE
Parque Cientifico Tecnologico de Gijon zona INTRA Avenida Jardin Botanico 1345 bull Edificio ldquoAntiguo secadero de tabacosrdquo 33203 Gijon Asturias (Spain) T +34 984 390 060 MADRID OFFICE
Incubadora II ndash Parque Cientifico de Madrid C Santiago Grisolia 2 ndash 1ordm 28760 Tres Cantos Madrid (Spain) T+34 667 728 947
Additive Manufacturing
SOME EXAMPLES
bull Tools
bull Gear with own tool
bull Aeronautic part (flame retardant plastic material )
Additive Manufacturing
INTERNAL STRUCTURES weight reduction
Additive Manufacturing
JEWELRY
D2
DM20 DM20
CoCr
MP1
SS17-4
Additive Manufacturing
SUCCESSFUL CASE
SOCINSER (Spanish companyHealth sector)
Design and fabrication a serie of instrumentations for an innovative bone surgery
19 Kg Stainless steel used total production time 70 hours
Additive Manufacturing
- Temperature and presure sensors
- Very complex geometry
- The should stand very high temperatures
Fabrication process
- Material SLS de Inconel
- Polished surface
- Manufactured in one piece
SUCCESSFUL CASE
RAMEM (Spanish companyaeronautics sector)
bull Instrumentation rakes
Additive Manufacturing
Inside channels detail
Technology Centre for Industrial Design and Manufacturing
Fundacioacuten PRODINTEC
Thank you for your attention
CENTRAL OFFICE
Parque Cientifico Tecnologico de Gijon zona INTRA Avenida Jardin Botanico 1345 bull Edificio ldquoAntiguo secadero de tabacosrdquo 33203 Gijon Asturias (Spain) T +34 984 390 060 MADRID OFFICE
Incubadora II ndash Parque Cientifico de Madrid C Santiago Grisolia 2 ndash 1ordm 28760 Tres Cantos Madrid (Spain) T+34 667 728 947
Additive Manufacturing
INTERNAL STRUCTURES weight reduction
Additive Manufacturing
JEWELRY
D2
DM20 DM20
CoCr
MP1
SS17-4
Additive Manufacturing
SUCCESSFUL CASE
SOCINSER (Spanish companyHealth sector)
Design and fabrication a serie of instrumentations for an innovative bone surgery
19 Kg Stainless steel used total production time 70 hours
Additive Manufacturing
- Temperature and presure sensors
- Very complex geometry
- The should stand very high temperatures
Fabrication process
- Material SLS de Inconel
- Polished surface
- Manufactured in one piece
SUCCESSFUL CASE
RAMEM (Spanish companyaeronautics sector)
bull Instrumentation rakes
Additive Manufacturing
Inside channels detail
Technology Centre for Industrial Design and Manufacturing
Fundacioacuten PRODINTEC
Thank you for your attention
CENTRAL OFFICE
Parque Cientifico Tecnologico de Gijon zona INTRA Avenida Jardin Botanico 1345 bull Edificio ldquoAntiguo secadero de tabacosrdquo 33203 Gijon Asturias (Spain) T +34 984 390 060 MADRID OFFICE
Incubadora II ndash Parque Cientifico de Madrid C Santiago Grisolia 2 ndash 1ordm 28760 Tres Cantos Madrid (Spain) T+34 667 728 947
Additive Manufacturing
JEWELRY
D2
DM20 DM20
CoCr
MP1
SS17-4
Additive Manufacturing
SUCCESSFUL CASE
SOCINSER (Spanish companyHealth sector)
Design and fabrication a serie of instrumentations for an innovative bone surgery
19 Kg Stainless steel used total production time 70 hours
Additive Manufacturing
- Temperature and presure sensors
- Very complex geometry
- The should stand very high temperatures
Fabrication process
- Material SLS de Inconel
- Polished surface
- Manufactured in one piece
SUCCESSFUL CASE
RAMEM (Spanish companyaeronautics sector)
bull Instrumentation rakes
Additive Manufacturing
Inside channels detail
Technology Centre for Industrial Design and Manufacturing
Fundacioacuten PRODINTEC
Thank you for your attention
CENTRAL OFFICE
Parque Cientifico Tecnologico de Gijon zona INTRA Avenida Jardin Botanico 1345 bull Edificio ldquoAntiguo secadero de tabacosrdquo 33203 Gijon Asturias (Spain) T +34 984 390 060 MADRID OFFICE
Incubadora II ndash Parque Cientifico de Madrid C Santiago Grisolia 2 ndash 1ordm 28760 Tres Cantos Madrid (Spain) T+34 667 728 947
Additive Manufacturing
SUCCESSFUL CASE
SOCINSER (Spanish companyHealth sector)
Design and fabrication a serie of instrumentations for an innovative bone surgery
19 Kg Stainless steel used total production time 70 hours
Additive Manufacturing
- Temperature and presure sensors
- Very complex geometry
- The should stand very high temperatures
Fabrication process
- Material SLS de Inconel
- Polished surface
- Manufactured in one piece
SUCCESSFUL CASE
RAMEM (Spanish companyaeronautics sector)
bull Instrumentation rakes
Additive Manufacturing
Inside channels detail
Technology Centre for Industrial Design and Manufacturing
Fundacioacuten PRODINTEC
Thank you for your attention
CENTRAL OFFICE
Parque Cientifico Tecnologico de Gijon zona INTRA Avenida Jardin Botanico 1345 bull Edificio ldquoAntiguo secadero de tabacosrdquo 33203 Gijon Asturias (Spain) T +34 984 390 060 MADRID OFFICE
Incubadora II ndash Parque Cientifico de Madrid C Santiago Grisolia 2 ndash 1ordm 28760 Tres Cantos Madrid (Spain) T+34 667 728 947
Additive Manufacturing
- Temperature and presure sensors
- Very complex geometry
- The should stand very high temperatures
Fabrication process
- Material SLS de Inconel
- Polished surface
- Manufactured in one piece
SUCCESSFUL CASE
RAMEM (Spanish companyaeronautics sector)
bull Instrumentation rakes
Additive Manufacturing
Inside channels detail
Technology Centre for Industrial Design and Manufacturing
Fundacioacuten PRODINTEC
Thank you for your attention
CENTRAL OFFICE
Parque Cientifico Tecnologico de Gijon zona INTRA Avenida Jardin Botanico 1345 bull Edificio ldquoAntiguo secadero de tabacosrdquo 33203 Gijon Asturias (Spain) T +34 984 390 060 MADRID OFFICE
Incubadora II ndash Parque Cientifico de Madrid C Santiago Grisolia 2 ndash 1ordm 28760 Tres Cantos Madrid (Spain) T+34 667 728 947
Additive Manufacturing
Inside channels detail
Technology Centre for Industrial Design and Manufacturing
Fundacioacuten PRODINTEC
Thank you for your attention
CENTRAL OFFICE
Parque Cientifico Tecnologico de Gijon zona INTRA Avenida Jardin Botanico 1345 bull Edificio ldquoAntiguo secadero de tabacosrdquo 33203 Gijon Asturias (Spain) T +34 984 390 060 MADRID OFFICE
Incubadora II ndash Parque Cientifico de Madrid C Santiago Grisolia 2 ndash 1ordm 28760 Tres Cantos Madrid (Spain) T+34 667 728 947
Technology Centre for Industrial Design and Manufacturing
Fundacioacuten PRODINTEC
Thank you for your attention
CENTRAL OFFICE
Parque Cientifico Tecnologico de Gijon zona INTRA Avenida Jardin Botanico 1345 bull Edificio ldquoAntiguo secadero de tabacosrdquo 33203 Gijon Asturias (Spain) T +34 984 390 060 MADRID OFFICE
Incubadora II ndash Parque Cientifico de Madrid C Santiago Grisolia 2 ndash 1ordm 28760 Tres Cantos Madrid (Spain) T+34 667 728 947