good morning everyone good Co and imagine that at the entrance we would
imagine that at the entrance we would
imagine that at the entrance we would have asked to make a full-body scan make
have asked to make a full-body scan make
have asked to make a full-body scan make a 3d scan of your body and then
a 3d scan of your body and then
a 3d scan of your body and then subsequently make it and perfect care
subsequently make it and perfect care
subsequently make it and perfect care for you so that you would perfectly sit
for you so that you would perfectly sit
for you so that you would perfectly sit right through these presentations would
right through these presentations would
right through these presentations would that be nice yeah
that be nice yeah
that be nice yeah say I’m Jo Sperber Mason I’m a founder
say I’m Jo Sperber Mason I’m a founder
say I’m Jo Sperber Mason I’m a founder of startup here in solar fiber Nehring
of startup here in solar fiber Nehring
of startup here in solar fiber Nehring we’re based at the polymer Science Park
we’re based at the polymer Science Park
we’re based at the polymer Science Park maybe you heard heard of that and I’m
maybe you heard heard of that and I’m
maybe you heard heard of that and I’m actually here to tell you that 3d
actually here to tell you that 3d
actually here to tell you that 3d printing chairs I don’t think that’s
printing chairs I don’t think that’s
printing chairs I don’t think that’s really a good solution it’s not a good
really a good solution it’s not a good
really a good solution it’s not a good use of material it doesn’t it’s not
use of material it doesn’t it’s not
use of material it doesn’t it’s not going to help us a lot but I do think
going to help us a lot but I do think
going to help us a lot but I do think and I’m very enthusiastic about new
and I’m very enthusiastic about new
and I’m very enthusiastic about new technologies and I do think there’s a
technologies and I do think there’s a
technologies and I do think there’s a lot of potential and using new
lot of potential and using new
lot of potential and using new technologies to shape the future we just
technologies to shape the future we just
technologies to shape the future we just had a brilliant talk about cars and
had a brilliant talk about cars and
had a brilliant talk about cars and mobility and it’s very obvious that
mobility and it’s very obvious that
mobility and it’s very obvious that technology is is a great importance for
technology is is a great importance for
technology is is a great importance for making the future of mobility work
making the future of mobility work
making the future of mobility work durability the climate change those kind
durability the climate change those kind
durability the climate change those kind of things technology is going to help
of things technology is going to help
of things technology is going to help that as well and last last one which or
that as well and last last one which or
that as well and last last one which or last one is for example a population
last one is for example a population
last one is for example a population increase those are all questions big
increase those are all questions big
increase those are all questions big questions for the future where I think
questions for the future where I think
questions for the future where I think technology is going to play a big role
technology is going to play a big role
technology is going to play a big role and I think 3d printing is going to be a
and I think 3d printing is going to be a
and I think 3d printing is going to be a little bit in that it’s going to help a
little bit in that it’s going to help a
little bit in that it’s going to help a little bit so what I want to do today is
little bit so what I want to do today is
little bit so what I want to do today is talk about what we are doing in Seoul
talk about what we are doing in Seoul
talk about what we are doing in Seoul what kind of cool things are happening
what kind of cool things are happening
what kind of cool things are happening with 3d printing what is possible where
with 3d printing what is possible where
with 3d printing what is possible where it helps on climate change and mobility
it helps on climate change and mobility
it helps on climate change and mobility and and what yeah what we can do with it
and and what yeah what we can do with it
and and what yeah what we can do with it so when you talk about 3d printing most
so when you talk about 3d printing most
so when you talk about 3d printing most people know these kind of things so
people know these kind of things so
people know these kind of things so there are very nice little printers it’s
there are very nice little printers it’s
there are very nice little printers it’s actually a Dutch company that’s doing
actually a Dutch company that’s doing
actually a Dutch company that’s doing very well with these these kind of
very well with these these kind of
very well with these these kind of printers it can make very nice little
printers it can make very nice little
printers it can make very nice little bits and pieces with it so they’re used
bits and pieces with it so they’re used
bits and pieces with it so they’re used a lot in classrooms a lot with with home
a lot in classrooms a lot with with home
a lot in classrooms a lot with with home and – yes I don’t know has anyone got a
and – yes I don’t know has anyone got a
and – yes I don’t know has anyone got a printer at home yeah
printer at home yeah
printer at home yeah that’s probably three four people in the
that’s probably three four people in the
that’s probably three four people in the room here it can do very nice things so
room here it can do very nice things so
room here it can do very nice things so for example this is a thing of student
for example this is a thing of student
for example this is a thing of student office printed so it’s very nice robot
office printed so it’s very nice robot
office printed so it’s very nice robot hand it’s very cool you can make these
hand it’s very cool you can make these
hand it’s very cool you can make these kind of things it’s a nice little skull
kind of things it’s a nice little skull
kind of things it’s a nice little skull and you can you can make it make it a
and you can you can make it make it a
and you can you can make it make it a study object those kind of things are
study object those kind of things are
study object those kind of things are possible with these kind of printers and
possible with these kind of printers and
possible with these kind of printers and how it works is actually quite simple
how it works is actually quite simple
how it works is actually quite simple there’s a head that melts thermoplastic
there’s a head that melts thermoplastic
there’s a head that melts thermoplastic material and polymer and puts it at the
material and polymer and puts it at the
material and polymer and puts it at the right place where you want it and it
right place where you want it and it
right place where you want it and it goes around and around and builds up the
goes around and around and builds up the
goes around and around and builds up the structure from the from scratch the
structure from the from scratch the
structure from the from scratch the beauty is all the materials you want to
beauty is all the materials you want to
beauty is all the materials you want to use end up in the product but the
use end up in the product but the
use end up in the product but the drawback of this technology is actually
drawback of this technology is actually
drawback of this technology is actually that you melt material on top of other
that you melt material on top of other
that you melt material on top of other material and it’s actually relatively
material and it’s actually relatively
material and it’s actually relatively weak so it’s perfect for making parts
weak so it’s perfect for making parts
weak so it’s perfect for making parts that you want to show to people but it’s
that you want to show to people but it’s
that you want to show to people but it’s not very great for parts that you
not very great for parts that you
not very great for parts that you actually want to use in a technical
actually want to use in a technical
actually want to use in a technical sense so these parts are not very strong
sense so these parts are not very strong
sense so these parts are not very strong so industrial II there’s a lot of demand
so industrial II there’s a lot of demand
so industrial II there’s a lot of demand for real technical applications built on
for real technical applications built on
for real technical applications built on 3d printing and this is actually our
3d printing and this is actually our
3d printing and this is actually our printer we built and this is a real
printer we built and this is a real
printer we built and this is a real industrial printer so in comparison on
industrial printer so in comparison on
industrial printer so in comparison on the Automator I showed before you can
the Automator I showed before you can
the Automator I showed before you can print these kind of objects what we can
print these kind of objects what we can
print these kind of objects what we can do here we can go up to a meter scale so
do here we can go up to a meter scale so
do here we can go up to a meter scale so we can make very big products the other
we can make very big products the other
we can make very big products the other thing is that the products are made in a
thing is that the products are made in a
thing is that the products are made in a different fashion so you can make a very
different fashion so you can make a very
different fashion so you can make a very very strong product and this really
very strong product and this really
very strong product and this really there’s a lot of attention on 3d
there’s a lot of attention on 3d
there’s a lot of attention on 3d printing so if you look to the aircraft
printing so if you look to the aircraft
printing so if you look to the aircraft manufacturers and they are actually
manufacturers and they are actually
manufacturers and they are actually investigating 3d printing since since
investigating 3d printing since since
investigating 3d printing since since years now and what they are doing for
years now and what they are doing for
years now and what they are doing for example is they’re printing engine parts
example is they’re printing engine parts
example is they’re printing engine parts it’s an example that you hear quite
it’s an example that you hear quite
it’s an example that you hear quite often because the cooling challenge
often because the cooling challenge
often because the cooling challenge channels in these engine parts are so
channels in these engine parts are so
channels in these engine parts are so small and so little you can make it in
small and so little you can make it in
small and so little you can make it in 3d printing and you cannot make it in
3d printing and you cannot make it in
3d printing and you cannot make it in any other way so it’s very efficient
any other way so it’s very efficient
any other way so it’s very efficient it’s very effective to use 3d printing
it’s very effective to use 3d printing
it’s very effective to use 3d printing in that way another example of an
in that way another example of an
in that way another example of an industrial use is a dutch ship builder
industrial use is a dutch ship builder
industrial use is a dutch ship builder who announced a few a few months ago
who announced a few a few months ago
who announced a few a few months ago they’re going to produce complete ship
they’re going to produce complete ship
they’re going to produce complete ship propellers out of 3d printed material
propellers out of 3d printed material
propellers out of 3d printed material the beauty of that is that you use all
the beauty of that is that you use all
the beauty of that is that you use all the material effectively rather than
the material effectively rather than
the material effectively rather than starting with a big block of material
starting with a big block of material
starting with a big block of material and and removing material of just for
and and removing material of just for
and and removing material of just for wasting it so one of the examples we we
wasting it so one of the examples we we
wasting it so one of the examples we we have so this is something we produce
have so this is something we produce
have so this is something we produce here as well this is a 3d printed photo
here as well this is a 3d printed photo
here as well this is a 3d printed photo thesis so what it is people that can’t
thesis so what it is people that can’t
thesis so what it is people that can’t actually control their ankle currently
actually control their ankle currently
actually control their ankle currently get these kind of things and they are
get these kind of things and they are
get these kind of things and they are currently already made out of fiber
currently already made out of fiber
currently already made out of fiber reinforced materials but we have
reinforced materials but we have
reinforced materials but we have developed a method using that printer
developed a method using that printer
developed a method using that printer where we can produce these kind of
where we can produce these kind of
where we can produce these kind of products and they are fit for for every
products and they are fit for for every
products and they are fit for for every customer so the patient gets the right
customer so the patient gets the right
customer so the patient gets the right product and beauty is that the time to
product and beauty is that the time to
product and beauty is that the time to get to the product is a lot shorter than
get to the product is a lot shorter than
get to the product is a lot shorter than in traditional methods
in traditional methods
in traditional methods so therefore the patient is a lot better
so therefore the patient is a lot better
so therefore the patient is a lot better off he has or he or she has a product
off he has or he or she has a product
off he has or he or she has a product that’s much better suited and there’s no
that’s much better suited and there’s no
that’s much better suited and there’s no there’s not a lot of hassle in getting
there’s not a lot of hassle in getting
there’s not a lot of hassle in getting towards the product but don’t get me
towards the product but don’t get me
towards the product but don’t get me wrong yes there’s a lot still to develop
wrong yes there’s a lot still to develop
wrong yes there’s a lot still to develop in the in the 3d printing world because
in the in the 3d printing world because
in the in the 3d printing world because currently all traditional methods they
currently all traditional methods they
currently all traditional methods they are so well established that everything
are so well established that everything
are so well established that everything is standardized everything is fully
is standardized everything is fully
is standardized everything is fully specified it’s very difficult to do to
specified it’s very difficult to do to
specified it’s very difficult to do to achieve the same level with 3d printing
achieve the same level with 3d printing
achieve the same level with 3d printing so there’s still a lot of research to be
so there’s still a lot of research to be
so there’s still a lot of research to be done but I think these examples show
done but I think these examples show
done but I think these examples show that material properties wise we are
that material properties wise we are
that material properties wise we are able to match the current materials and
able to match the current materials and
able to match the current materials and then the second thing I want to talk
then the second thing I want to talk
then the second thing I want to talk about is production volumes so if you
about is production volumes so if you
about is production volumes so if you look at current production methods a
look at current production methods a
look at current production methods a typical example that you could compare
typical example that you could compare
typical example that you could compare to its injection molding or spite
to its injection molding or spite
to its injection molding or spite written in in Dutch injection molding is
written in in Dutch injection molding is
written in in Dutch injection molding is a production method which is used very
a production method which is used very
a production method which is used very extensively in industry so a lot of the
extensively in industry so a lot of the
extensively in industry so a lot of the products you use in your daily life are
products you use in your daily life are
products you use in your daily life are made in injection molding and it’s
made in injection molding and it’s
made in injection molding and it’s actually a very simple process to
actually a very simple process to
actually a very simple process to understand so what happens this is an
understand so what happens this is an
understand so what happens this is an injection molding see
injection molding see
injection molding see machine on the right hand side the
machine on the right hand side the
machine on the right hand side the material is melted and it’s pressurized
material is melted and it’s pressurized
material is melted and it’s pressurized on the left hand side there is still
on the left hand side there is still
on the left hand side there is still malt in this case and the mold cavity is
malt in this case and the mold cavity is
malt in this case and the mold cavity is filled with a liquid polymer because the
filled with a liquid polymer because the
filled with a liquid polymer because the mold is a lot cooler the polymer
mold is a lot cooler the polymer
mold is a lot cooler the polymer solidifies again the mold opens and the
solidifies again the mold opens and the
solidifies again the mold opens and the product is finished and then the mall
product is finished and then the mall
product is finished and then the mall closes again and you get the next cycle
closes again and you get the next cycle
closes again and you get the next cycle this is a very productive process you
this is a very productive process you
this is a very productive process you can make very very large amounts of
can make very very large amounts of
can make very very large amounts of products with this process but the thing
products with this process but the thing
products with this process but the thing is that the molds are ridiculously
is that the molds are ridiculously
is that the molds are ridiculously expensive there’s some very nice cars
expensive there’s some very nice cars
expensive there’s some very nice cars outside probably these molds they cost
outside probably these molds they cost
outside probably these molds they cost pretty much the same as as one of those
pretty much the same as as one of those
pretty much the same as as one of those cars so you can imagine that if you want
cars so you can imagine that if you want
cars so you can imagine that if you want to make a small number of products
to make a small number of products
to make a small number of products that’s actually quite unfavorable using
that’s actually quite unfavorable using
that’s actually quite unfavorable using this kind of technique but there’s a lot
this kind of technique but there’s a lot
this kind of technique but there’s a lot of instances where you want to use
of instances where you want to use
of instances where you want to use smaller series of products if you think
smaller series of products if you think
smaller series of products if you think for example if you want to launch a new
for example if you want to launch a new
for example if you want to launch a new product but you’re not yet sure if it’s
product but you’re not yet sure if it’s
product but you’re not yet sure if it’s going to fly or not same internet that
going to fly or not same internet that
going to fly or not same internet that really likes 3d printing started a year
really likes 3d printing started a year
really likes 3d printing started a year ago with these kind of things but now if
ago with these kind of things but now if
ago with these kind of things but now if you know them if you have kids you
you know them if you have kids you
you know them if you have kids you probably know them the fidgets spinners
probably know them the fidgets spinners
probably know them the fidgets spinners last 2-3 months they’re really hyping
last 2-3 months they’re really hyping
last 2-3 months they’re really hyping here in the Netherlands he found them a
here in the Netherlands he found them a
here in the Netherlands he found them a year ago on the internet on singie first
year ago on the internet on singie first
year ago on the internet on singie first he printed one of them he was playing
he printed one of them he was playing
he printed one of them he was playing around with it and so in that sense you
around with it and so in that sense you
around with it and so in that sense you you could try maybe making 100 make 200
you could try maybe making 100 make 200
you could try maybe making 100 make 200 of those pitches penis give them out see
of those pitches penis give them out see
of those pitches penis give them out see if people liked them and then you can
if people liked them and then you can
if people liked them and then you can start real production and then you can
start real production and then you can
start real production and then you can be really at the front of the hype cycle
be really at the front of the hype cycle
be really at the front of the hype cycle with these kind of things secondly
with these kind of things secondly
with these kind of things secondly customization is an area where you would
customization is an area where you would
customization is an area where you would require smaller numbers so if you have a
require smaller numbers so if you have a
require smaller numbers so if you have a complete production cycle you need to
complete production cycle you need to
complete production cycle you need to sell the same product to everybody you
sell the same product to everybody you
sell the same product to everybody you can maybe change the color but that’s it
can maybe change the color but that’s it
can maybe change the color but that’s it so you need to change you need to sell
so you need to change you need to sell
so you need to change you need to sell the same product to you to you to you to
the same product to you to you to you to
the same product to you to you to you to you and currently people don’t like it
you and currently people don’t like it
you and currently people don’t like it anymore people want to have their own
anymore people want to have their own
anymore people want to have their own product or people are different so they
product or people are different so they
product or people are different so they need a different product and that’s
need a different product and that’s
need a different product and that’s where
where
where injection-molding falls short as well so
injection-molding falls short as well so
injection-molding falls short as well so and that’s where 3d printing may step in
and that’s where 3d printing may step in
and that’s where 3d printing may step in in the last last example where short or
in the last last example where short or
in the last last example where short or smaller production runs our interesting
smaller production runs our interesting
smaller production runs our interesting is if you if you look at localization so
is if you if you look at localization so
is if you if you look at localization so last last five or ten years you see
last last five or ten years you see
last last five or ten years you see really the strength of of people trying
really the strength of of people trying
really the strength of of people trying to buy local again we have the theft
to buy local again we have the theft
to buy local again we have the theft doll here with with brilliant products
doll here with with brilliant products
doll here with with brilliant products but you can also imagine that shipping
but you can also imagine that shipping
but you can also imagine that shipping products all over the world is not
products all over the world is not
products all over the world is not necessarily the best option for small
necessarily the best option for small
necessarily the best option for small things like widget spinners it’s it’s
things like widget spinners it’s it’s
things like widget spinners it’s it’s fine but if you go to bigger more
fine but if you go to bigger more
fine but if you go to bigger more complex yet products transportation is
complex yet products transportation is
complex yet products transportation is actually a very big waste of energy so
actually a very big waste of energy so
actually a very big waste of energy so if you have production units closer to
if you have production units closer to
if you have production units closer to where you want actually want to use the
where you want actually want to use the
where you want actually want to use the product that’s that’s going to save a
product that’s that’s going to save a
product that’s that’s going to save a lot of energy so those those are three
lot of energy so those those are three
lot of energy so those those are three examples where you may want to have
examples where you may want to have
examples where you may want to have smaller series and that’s where 3d
smaller series and that’s where 3d
smaller series and that’s where 3d printing my stepping and one of the
printing my stepping and one of the
printing my stepping and one of the things people always think is that 3d
things people always think is that 3d
things people always think is that 3d printing is very good for one or two or
printing is very good for one or two or
printing is very good for one or two or three maybe five parts but that’s it
three maybe five parts but that’s it
three maybe five parts but that’s it but that’s not guys anymore there’s a
but that’s not guys anymore there’s a
but that’s not guys anymore there’s a lot of technologies out there where you
lot of technologies out there where you
lot of technologies out there where you can actually print large number of
can actually print large number of
can actually print large number of products so the technical there’s other
products so the technical there’s other
products so the technical there’s other technologies also our technology we can
technologies also our technology we can
technologies also our technology we can fill a bath and we can make multiple
fill a bath and we can make multiple
fill a bath and we can make multiple products at the same time we can
products at the same time we can
products at the same time we can actually autumn and print eight kilos of
actually autumn and print eight kilos of
actually autumn and print eight kilos of product per hour and we can go up to 25
product per hour and we can go up to 25
product per hour and we can go up to 25 kilos by the end of this year so imagine
kilos by the end of this year so imagine
kilos by the end of this year so imagine the amount of products you can actually
the amount of products you can actually
the amount of products you can actually print in an hour and it goes goes
print in an hour and it goes goes
print in an hour and it goes goes relatively quick and the good thing is
relatively quick and the good thing is
relatively quick and the good thing is that we don’t have to wait before a malt
that we don’t have to wait before a malt
that we don’t have to wait before a malt is finished or before the machine is set
is finished or before the machine is set
is finished or before the machine is set up we can start right away when we have
up we can start right away when we have
up we can start right away when we have the model finished and the other thing
the model finished and the other thing
the model finished and the other thing you see happening is that there’s also a
you see happening is that there’s also a
you see happening is that there’s also a lot of intermediates occurring so what’s
lot of intermediates occurring so what’s
lot of intermediates occurring so what’s on the screen here is something I’m very
on the screen here is something I’m very
on the screen here is something I’m very excited about that’s something we did
excited about that’s something we did
excited about that’s something we did last Friday this is actually the same
last Friday this is actually the same
last Friday this is actually the same injection molding machine only not going
injection molding machine only not going
injection molding machine only not going to steal more and more this is a 3d 3d
to steal more and more this is a 3d 3d
to steal more and more this is a 3d 3d printed mold so this is a mold we
printed mold so this is a mold we
printed mold so this is a mold we printed the blue thing on the top and we
printed the blue thing on the top and we
printed the blue thing on the top and we can produce parts in that as well
can produce parts in that as well
can produce parts in that as well and the beauty of that is that we don’t
and the beauty of that is that we don’t
and the beauty of that is that we don’t have to make an expensive steel mold we
have to make an expensive steel mold we
have to make an expensive steel mold we can make printed molds which we can make
can make printed molds which we can make
can make printed molds which we can make much quicker which is much much less
much quicker which is much much less
much quicker which is much much less expensive and we can use it to make
expensive and we can use it to make
expensive and we can use it to make maybe two three thousand parts and then
maybe two three thousand parts and then
maybe two three thousand parts and then then then we can see if the product
then then we can see if the product
then then we can see if the product really works and then in the end if it
really works and then in the end if it
really works and then in the end if it really works we can invest in the steel
really works we can invest in the steel
really works we can invest in the steel mold again this is all done here and
mold again this is all done here and
mold again this is all done here and swallow so I think that’s pretty
swallow so I think that’s pretty
swallow so I think that’s pretty exciting as well so the materials were
exciting as well so the materials were
exciting as well so the materials were developed in Zwolle the machine is here
developed in Zwolle the machine is here
developed in Zwolle the machine is here developed in Cibola a machine we test it
developed in Cibola a machine we test it
developed in Cibola a machine we test it on it’s available on the polymer Science
on it’s available on the polymer Science
on it’s available on the polymer Science Park so I think there’s really cool
Park so I think there’s really cool
Park so I think there’s really cool things happening in this area so in the
things happening in this area so in the
things happening in this area so in the last last thing I want to talk about is
last last thing I want to talk about is
last last thing I want to talk about is geometry so I think there’s a lot to say
geometry so I think there’s a lot to say
geometry so I think there’s a lot to say about structural optimization and that’s
about structural optimization and that’s
about structural optimization and that’s something that’s in technical industry
something that’s in technical industry
something that’s in technical industry that’s that’s a hot topic at the moment
that’s that’s a hot topic at the moment
that’s that’s a hot topic at the moment but you can see it happening in nature
but you can see it happening in nature
but you can see it happening in nature already for millions of years
already for millions of years
already for millions of years so if you look at this lamp in fruit
so if you look at this lamp in fruit
so if you look at this lamp in fruit lantern fruit story you can actually see
lantern fruit story you can actually see
lantern fruit story you can actually see the very nice and intricate structure
the very nice and intricate structure
the very nice and intricate structure and now it is possible to make those
and now it is possible to make those
and now it is possible to make those kind of things with 3d printing as well
kind of things with 3d printing as well
kind of things with 3d printing as well and beauty of that is that we can go to
and beauty of that is that we can go to
and beauty of that is that we can go to ultimate lightweight structures so if
ultimate lightweight structures so if
ultimate lightweight structures so if you look at those cars outside again
you look at those cars outside again
you look at those cars outside again they are from made of complete materials
they are from made of complete materials
they are from made of complete materials again so they are very lightweight
again so they are very lightweight
again so they are very lightweight already but it is also very important to
already but it is also very important to
already but it is also very important to understand that the every kilo you save
understand that the every kilo you save
understand that the every kilo you save from these cars
from these cars
from these cars you’re not going to transport it anymore
you’re not going to transport it anymore
you’re not going to transport it anymore so it saves energy in the long run so
so it saves energy in the long run so
so it saves energy in the long run so we’re now able to look at nature take
we’re now able to look at nature take
we’re now able to look at nature take those kind of structures and put it in
those kind of structures and put it in
those kind of structures and put it in cars and make them more effective more
cars and make them more effective more
cars and make them more effective more efficient and this is an example where
efficient and this is an example where
efficient and this is an example where that’s that’s actually used so you can
that’s that’s actually used so you can
that’s that’s actually used so you can see the 3d printed interior and the
see the 3d printed interior and the
see the 3d printed interior and the exterior we have applied carbon fiber
exterior we have applied carbon fiber
exterior we have applied carbon fiber but that’s done in a traditional way so
but that’s done in a traditional way so
but that’s done in a traditional way so this again is this integration of
this again is this integration of
this again is this integration of current technology with 3d printing
current technology with 3d printing
current technology with 3d printing technologies to reach really new
technologies to reach really new
technologies to reach really new potential products and this is this is
potential products and this is this is
potential products and this is this is something really exciting so this this
something really exciting so this this
something really exciting so this this is basically what I wanted to show you I
is basically what I wanted to show you I
is basically what I wanted to show you I think there’s a lot of interesting
think there’s a lot of interesting
think there’s a lot of interesting possibilities with 3d printing in
possibilities with 3d printing in
possibilities with 3d printing in combination with traditional traditional
combination with traditional traditional
combination with traditional traditional methods I think also the challenge for
methods I think also the challenge for
methods I think also the challenge for the designer is no longer choosing
the designer is no longer choosing
the designer is no longer choosing between 3d printing or another
between 3d printing or another
between 3d printing or another technology but it’s much more getting to
technology but it’s much more getting to
technology but it’s much more getting to a point where the designer has to
a point where the designer has to
a point where the designer has to combine various production methods and
combine various production methods and
combine various production methods and that’s a very interesting new area in
that’s a very interesting new area in
that’s a very interesting new area in product design and product manufacturing
product design and product manufacturing
product design and product manufacturing I think 3d printing as I showed you can
I think 3d printing as I showed you can
I think 3d printing as I showed you can play a role in reducing material waste
play a role in reducing material waste
play a role in reducing material waste making structures more energy efficient
making structures more energy efficient
making structures more energy efficient and yet just using less material and I
and yet just using less material and I
and yet just using less material and I think you’re all sitting relatively
think you’re all sitting relatively
think you’re all sitting relatively comfortable still so I think those tiers
comfortable still so I think those tiers
comfortable still so I think those tiers are still still fine as they are cool
are still still fine as they are cool
are still still fine as they are cool thanks for for your attention
thanks for for your attention
thanks for for your attention [Applause]
”
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