The purpose of this presentation is to provide a basic introduction on 3D-printing and how rapid prototyping will help your business by Guillaume Crédoz, Founder of Ghouyoum, Principal at RapidManufactory at ArabNet Beirut 2017
2. -Subtractive
-Additive
-Traditional
B-Can a Stalagmite be considered as a result of additive manufacturing:
-Yes -No -Maybe
A-When 3D printed was invented:
-1981 -1991 -2001
C-Classify those Rapid Manufacturing processes:
-Subtractive
-Additive
-Traditional
3D Printing
-Subtractive
-Additive
-Traditional
CNC milling Injection Molding
D-In Lebanon, we cannot:
-3D print from plants
-3D print furnitures
-Get properly organised at State level
-3D Print in metals
E-Who uses the most 3Dprinting in Lebanon:
-Dentists -Jewelers -Tinkerers
-Orthophonists
3. G-Link the shape (presented in a vertical section), with the best 3D printing technique to make it:
-FDM
-SLA
-SLS
-FDM
-SLA
-SLS
-FDM
-SLA
-SLS
-FDM
-SLA
-SLS
H-It costs more to 3Dprint a complex part than a simple one:
-Yes -No -Maybe
I-What are the minimal requirement for a 3D geometry to be 3Dprinted (independantly of the software):
-Have no T-Mesh
-Be watertight
-Have a minimal thickness comptabile with the desired 3Dprinter
-Be a ‘solid’
F-Can a 3Dprinter make a volume from a 2D sketch or a picture?
-Yes -No -Maybe
4. J-For each p[roject, wich is the best 3D printing technology to make it:
-A transparent object
-A complex geometry with nested parts
-A functionnal part with living hinges
-A quick draft to test an idea
FDM - SLA - SLS
K-Link those D.F.M. requirements and final object characteristics to its manufacturing technique:
3D printing Injection molding
-No undercuts
-Draft angles
-No sharp corners
-Produces solid parts
-Produces final products
-Needs an homogenous wall thickness through all the part
-Can produce living hinges
-Screws and threads don’t add cost
-Can produce nested geometries
-Needs ejection pins
-Needs sprues and vents
5. M-What does 3D printing is changing in the economy:
-You don’t need a mold to produce complex plastic parts
-It allows to change/evolve a design at every production run
-You can produce on demand
-You can produce locally
-It allows to make production runs of a few as one single unit
-You don’t need an initial investment for a mold and complexe CNC milling
-You can customize every signle item
-You can have a production runned by an app’ that directly send production order
to a 3Dprinter (e-Manufacturing)
-You don’t need a designer anymore
-You don’t need to import spare parts
-You don’t need to import manufactured objects
-You can get/send designs abroad and manufacture them locally
L-Industry is gearing towards Digital Fabrication, what is required from a Designer to be part of this (r)evolution:
-Organize thoroughly information in space
-Know 3D modeling
-Have experience with various digital fabrication process
-Produce impressive renders from 3D with approximative topologies
6. M-What does 3D printing is changing in the economy:
-You don’t need a mold to produce complex plastic parts
-It allows to change/evolve a design at every production run
-You can produce on demand
-You can produce locally
-It allows to make production runs of a few as one single unit
-You don’t need an initial investment for a mold and complexe CNC milling
-You can customize every signle item
-You can have a production runned by an app’ that directly send production order
to a 3Dprinter (e-Manufacturing)
-You don’t need a designer anymore
-You don’t need to import spare parts
-You don’t need to import manufactured objects
-You can get/send designs abroad and manufacture them locally
L-Industry is gearing towards Digital Fabrication, what is required from a Designer to be part of this (r)evolution:
-Organize thoroughly information in space
-Know 3D modeling
-Have experience with various digital fabrication process
-Produce impressive renders from 3D with approximative topologies
7. N-Link those characteristics to those 3Dprinter types:
-Needs supports to print complex geometries
-Can 3Dprint resins
-Can 3Dprint
-Uses materials that react to light
-Uses various powders as base material
FDM - SLA - SLS
I-What kind of file does a 3D printer takes:
-.DWG
-.JPG
-.STL
-.OBJ
-.TXT
-.DOC
-.STEP
-.MAX
-.MGX
-.MP3
-.INDD
-.AI
-.PSD
-.PDF
-.SLDPRT
-.*
8. 3Dprinting Workshop,
Answers:
:-D
B-Can a Stalagmite be considered as a result of additive manufacturing:
-Yes
A-When 3D printed was invented: -1981
C-Classify those Rapid Manufacturing processes:
-Traditional-Additive3D Printing -SubtractiveCNC milling Injection Molding
D-In Lebanon, we cannot:
-Get properly organised at State level
E-Who uses the most 3Dprinting in Lebanon:
-Jewelers
F-Can a 3Dprinter make a volume from a 2D sketch or a picture?
-No
G-Link the shape (presented in a vertical section), with the best 3D printing technique to make it:
-SLS -SLS -FDM
-SLA
-SLS
H-It costs more to 3Dprint a complex part than a simple one:
-No
I-What are the minimal requirement for a 3D geometry to be 3Dprinted:
-Have no T-Mesh
-Be watertight
-Have a minimal thickness comptabile with the desired 3Dprinter
12. J-For each p[roject, wich is the best 3D printing technology to make it:
-A transparent object
-A complex geometry with nested parts
-A functionnal part with living hinges
-A quick draft to test an idea
FDM - SLA - SLS
K-LinkthoseD.F.M.requirementsandfinalobjectcharacteristicstoitsmanufacturingtechnique:
3D printing Injection molding
-No undercuts
-Draft angles
-No sharp corners
-Produces solid parts
-Produces final products
-Needs an homogenous wall thickness through all the part
-Can produce living hinges
-Screws and threads don’t add cost
-Can produce nested geometries
-Needs ejection pins
-Needs sprues and vents
L-IndustryisgearingtowardsDigitalFabrication,whatisrequiredfromaDesignertobepartofthis(r)evolution:
-Organize thoroughly information in space
-Know 3D modeling
-Have experience with various digital fabrication process
13. M-What does 3D printing is changing in the economy:
-You don’t need a mold to produce complex plastic parts
-It allows to change/evolve a design at every production run
-You can produce on demand
-You can produce locally
-It allows to make production runs of a few as one single unit
-You don’t need an initial investment for a mold and complexe CNC milling
-You can customize every signle item
-You can have a production runned by an app’ that directly send production order
to a 3Dprinter (e-Manufacturing)
-You don’t need to import spare parts
-You don’t need to import manufactured objects
-You can get/send designs abroad and manufacture them locally
N-Link those characteristics to those 3Dprinter types:
-Needs supports to print complex geometries
-Can 3Dprint resins
-Can 3Dprint
-Uses materials that react to light
-Uses various powders as base material
FDM - SLA - SLS
I-What kind of file does a 3D printer takes:
-.STL
14. How rapid prototyping will help your
business?
Dozens of Clients are already benefiting from our services.
Your business can also take advantage of the new work-
flow and benefits of professional 3Dprinting services!
Professional 3Dprinting out of solid, ABS-like material,
with a smooth finish and no geometry constrains, provide
you with a shortcut that can dramatically ameliorate your
workflow.
We 3Dprint using SLS (Selective Laser Sintering), the
best technology available worldwide. Companies like
Rolls Royce or Jaguar use the exact same machine to cre-
ate prototypes as well as end user parts for their cars, for
example.
3D-printing enables you to create new parts in a week for
less than one thousand dollars, get Client feedback and
be confident when switching to full prodution.
“Rapidmanufactory can be
your partner and help you in
all your products prototyp-
ing phases.”
All the examples in this documents are actual production
by RapidManufactory.
RAPIDMANUFACTORY
MIMAJ sarl
How rapid
prototyping could
help your business?
TM