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November 19, 2015
Eindhoven, Netherlands #LiveWorx
Additive Manufacturing/3D Printing
Jose Coronado
Product Manager PTC Creo Manufacturing
2 #LiveWorx
2
Additive Manufacturing
Agenda
Forward looking information subject to change without notice © 2015 PTC
• Additive Manufacturing technologies
– Background
– Benefits
– Barriers for adoption
• PTC Creo Additive Manufacturing goals & strategy
• PTC Creo 3.0 M040 Additive Manufacturing functionality
– 3D Print workflow using a User-Defined printer, or a supported Stratasys printer
• Future
3 #LiveWorx
NC Programming
Inspection
Tooling Additive
Manufacturing
PTC PTC Creo Manufacturing
The manufacturing applications landscape is expanding, adding Additive Manufacturing (Industrial 3D Printing)
© 2006 PTC Forward looking information subject to change without notice © 2015 PTC
4 #LiveWorx
Definition:
• A process of joining materials to make physical
objects from 3D CAD model, usually layer upon
layer, as opposed to subtractive manufacturing or
molding/casting technologies.
Additive Manufacturing
What is Additive Manufacturing/3D Printing?
The 3rd Industrial Revolution
Forward looking information subject to change without notice © 2015 PTC
5 #LiveWorx
VAT photopolymerization
Powder bed fusion
Binder jetting
Material jetting
Sheet Lamination
Material Extrusion
Direct Energy Deposition
Additive Manufacturing
What is Additive Manufacturing/3D Printing?
There are many different technologies… and materials … and mechanical properties… and …
Forward looking information subject to change without notice © 2015 PTC
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• Economic Low Volume Production
– e.g. by eliminating expensive tooling
• Increased Geometric Freedom
– e.g. manufacture any part shape, the design complexity is unlimited
• Increased Part Functionality
– e.g. part consolidation, full moving assemblies, freedom to redesign
• Product Personalization
– e.g. make a variation of the design at every print will not affect the
cost
• Improved Environment Sustainability
– e.g. less material waste
• New Supply Chains and Retail Models
– e.g. fabricate at the point of consumption, short run manufacturing
Additive Manufacturing
Why Additive Manufacturing is important?
The benefits of 3D Printing for Manufacturing
Forward Looking Information is Subject to Change © 2015 PTC
COST
Complexity
Source: Stratasys, RolandBerger and others
Subtractive
Mfg.
Additive
Mfg.
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Business
• Top management awareness
• Affordability of the solutions
• Sustainability
– Low-volume production cannot scale up easily
• Industry standards
• Intellectual property concerns
Technical
• 3D CAD systems are not “aware” of the
additive manufacturing capabilities
• Lack of design tools for additive
manufacturing
• Lack of analysis tools for 3d printed parts
• Lack of integration with ERP and PLM
• More and better materials
Additive Manufacturing
Current barriers/challenges of adoption
8 #LiveWorx
8
Additive Manufacturing
Agenda
Forward looking information subject to change without notice © 2015 PTC
• Additive Manufacturing technologies
– Background
– Benefits
– Barriers for adoption
• PTC Creo Additive Manufacturing goals & strategy
• PTC Creo 3.0 M040 Additive Manufacturing functionality
– 3D Print workflow using a User-Defined printer, or a supported Stratasys printer
• Future
9 #LiveWorx
Additive Manufacturing
What PTC Creo users have expressed?
• Is Top Management aware of AM
potential?
• Why has your company started using
Additive Manufacturing?
• Current uses of Additive Manufacturing:
• Future/Immediate-future uses:
PTC Creo users organizations are working actively on projects towards adopting Additive Manufacturing
Forward Looking Information is Subject to Change © 2014 PTC
~80% answered YES to this
question
Accelerated design cycles
Better product design
Product personalization
Mock-ups
Functional prototypes
Jigs & Fixtures
Mold & Die
End-use parts production
Spare parts manufacturing
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Additive Manufacturing
What are PTC Creo users main drivers to adopt this technology?
Weight reduction and flexibility are important
Forward Looking Information is Subject to Change © 2014 PTC
Additive Manufacturing,
Adoption Drivers
Weight Saving: 3D Lattices and Topology Optimization
Flexibility: Very Complex Shapes
Cost Savings: Manufacturing + Supply Chain
Materials: Metals and Engr. Polymers
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Additive Manufacturing
PTC Creo’s value proposition is centered in closing the gap between CAD and the 3D Printer
CAD Model
Model
Preparation
e.g. define the
interior
Tray placement
Printability Checking
e.g. thin walls 3D Print
Goal: To bring the knowledge
of Additive Manufacturing
capabilities early into the
design process
Slicing
Print what you design
Forward Looking Information is Subject to Change © 2015 PTC
CAD Domain CAD Domain
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• Collaborate to drive a market transition to…
– Increase 3D printing accessibility and ease of use for production by developing dedicated design
capabilities and a seamless workflow from PTC Creo to Stratasys 3D printing solutions.
Additive Manufacturing
Purpose of the partnership with Stratasys
Forward Looking Information is Subject to Change © 2015 PTC
13 #LiveWorx
13
Additive Manufacturing
Agenda
Forward looking information subject to change without notice © 2015 PTC
• Additive Manufacturing technologies
– Background
– Benefits
– Barriers for adoption
• PTC Creo Additive Manufacturing goals & strategy
• PTC Creo 3.0 M040 Additive Manufacturing functionality
– 3D Print workflow using a User-Defined printer, or a supported Stratasys printer
• Future
14 #LiveWorx
• Printer—Selects a 3D printer from the
list.
• Material—Opens a selection of
materials and colors, depending on the
combination of the selected materials.
• Finish—Sets a glossy or a matte
surface finish to the printed model.
• STL Resolution—Sets the tessellation
chord height in the STL file. Or defined
as: fine, medium or coarse.
• Scale—Sets the size of the printed
model. Only uniform scaling
Additive Manufacturing
• Automatic Position—Positions the
model on the tray automatically.
• Position—Enables translation and
rotation of the model on the tray, using
the 3D dragger.
• Draft Angle—Sets the minimal angle to
create a visual representation of
support material
• Display Support Material—Displays the
representation of the maximal support
material on the tray. The Stratasys
printer software performs the actual
support material structure.
• Calculate Build—Calculates the
required amount of build and support
materials and displays the outcome in
the graphics window.
• Printability Validation can select
Validate All, Validate Narrow Gaps, or
Validate Thin Walls.
• Clipping—Enables clipping the view,
using the 3D dragger.
• Save a Copy—Saves the model and
the model translation and rotation to an
STL file. This button is available for
user-defined printers.
About the 3D Printing User Interface (When a User-Defined printer is selected)
Forward Looking Information is Subject to Change © 2015 PTC
15 #LiveWorx
Additive Manufacturing
• Printability Validation can select
Validate All, Validate Narrow Gaps, or
Validate Thin Walls.
About the 3D Printing User Interface (When a User-Defined printer is selected)
Forward Looking Information is Subject to Change © 2015 PTC
16 #LiveWorx
• Printer—Selects a 3D printer from the
list.
• Material—Opens a selection of
materials and colors, depending on the
combination of the selected materials.
• Finish—Sets a glossy or a matte
surface finish to the printed model.
Additive Manufacturing
• Calculate Build—Calculates the
required amount of build and support
materials and displays the outcome in
the graphics window.
About the 3D Printing User Interface (When a supported Stratasys printer is connected)
Forward Looking Information is Subject to Change © 2015 PTC
17 #LiveWorx
17
Additive Manufacturing
Agenda
Forward looking information subject to change without notice © 2015 PTC
• Additive Manufacturing technologies
– Background
– Benefits
– Barriers for adoption
• PTC Creo Additive Manufacturing goals & strategy
• PTC Creo 3.0 M040 Additive Manufacturing functionality
– 3D Print workflow using a User-Defined printer, or a supported Stratasys printer
• Future
18 #LiveWorx
• Create light weight designs without
compromising stress and displacement
requirements – Integrated design-analysis process cycle
• Simulate using additive manufacturing material
properties
• Simplify assemblies – Part consolidation, more functions in each part
• Design to have self-supporting geometries – Or minimize supports
• Apply conformal channels/pipes/routing
• …
• Biomimetics
Additive Manufacturing
Future
Designing for Additive Manufacturing
Forward Looking Information is Subject to Change © 2015 PTC
“Beast” (2010), Museum of Science, Boston. Neri Oxman
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Tray Assembly
Analysis-driven lattices
+ Topology Optimization
(Partners)
Printability Checking
(Parts + Assemblies)
AMF. High-Order Facets
(Only Output)
3D Printer Connectivity
(Stratasys and others)
NC / INSPECTION /
MOLD
2 ½ D & 3D Lattices
Split large parts
Support Structures
Optimization
AMF. Multi & Graded
Materials
Additive Manufacturing
Future
PTC Creo 4.0 and beyond
Forward Looking Information is Subject to Change © 2015 PTC
Building the new 3D Printable Model
FUTURE
3D nesting
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• PTC’s manufacturing applications landscape is expanding, adding Additive Manufacturing.
• The use of Additive Manufacturing technologies in regular production is very promising.
– The value is tangible and quantifiable
– The top drivers of adoption are: Weight reduction, ability to create complex parts and cost savings (especially in tooling)
– At the crossroads of a need for product personalization and a high value item lies the sweet spot to justify the projects
• PTC is working to help Creo users in the adoption of Additive Manufacturing technologies.
– Lattice feature to enable light weight designs
– Lattices optimization through an integrated design-analysis process cycle to verify structural performance
– Tray Assembly to data-manage the information of the 3D printing jobs in Windchill
– And other functionalities… to be disclosed at a later date…
Additive Manufacturing
Remarks
Forward looking information subject to change without notice © 2015 PTC