2. What is 3D Printing?
• Traditional
manufacturing
techniques are
subtractive
• 3D printing uses
additive layering
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3. ‘Additive’ Design Advantages
• An exponential leap in the design process
• No cutting tool constraints
• Enables ‘impossible’ single-piece builds:
– Blind holes
– Complex internal supports
– Finished assemblies
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4. Who Needs it?
• Any company involved in the design &
manufacture of physical products using 3D
software or 3D content
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5. Industries Such as:
Consumer goods Footwear
Consumer electronics Sporting goods
Aerospace & defense Toys
Automotive Dental
Industrial machinery Architecture
Medical & medical Education
equipment
Animation &
Hearing aids entertainment
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6. These Industries Share Some Common
Business Goals:
• They are under pressure to
come up with the next great
innovative idea
• They need to turn that idea
into a successful end-product
rapidly & efficiently
• They need Rapid Prototyping
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7. How does 3D Printing Answer these
Needs?
• Enables unlimited design flexibility
• Fast & effective communication of design ideas
• Better validation of design fit, form and function
• Encourages more prototyping iterations – until you get it right!
• Minimizes post-production error repair costs
• Fills the gap in the automated product development cycle:
CAD 3D Printing
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CAM
8. The 3D Printing Process
Input 3D printing process Output
3D data file 3D Prototype
8
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9. So Who is Objet?
A leading provider of 3D
printing solutions for
rapid prototyping
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10. Objet Milestones
Objet30 Pro – the only desktop 3D printer with 7 different materials
2012 Objet30 Scholar Package – Ideal professional 3d printing solution for academia
Objet260 Connex – first office-compatible multi-material 3D printer
Dedicated approach to dental industry established
2011 Materials achieve engineering plastics simulation & clear transparency
US Sales successfully moved to a 100% Indirect structure
2010 Objet expands desktop offering, including sub-$20,000 3D printer
2009 Relocation of Material Plant to new larger premises (Kiryat Gat)
2008 Objet entry into desktop market
Japan & Mexico office opened
2007 World’s first multi-material technology introduced – Objet Connex
2006 US office opened
China office opened
2005 100 employees at Objet
2004 Objet revenue over $15M
2003 US distribution agreement with Stratasys, discontinued in 2006
2001 Europe office opened
First system shipped
1998 Objet founded by former entrepreneurs of Scitex Vision
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11. Some Quick Facts
• Thousands of customers worldwide
• Large share of the relevant Fortune 500
• Offices in the US, Europe, Japan, China, Hong Kong and India
• Global network of distribution partners
• Award-winning technology (12 awards in 5 years)
• Over 110 patents and North America
Germany
patent pending inventions Israel India
China
Hong Kong Japan
• Industry’s biggest per capita R&D
• Proven customer satisfaction ~100 Distributors Worldwide
• Over 400 employees
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12. What Makes Us Stand Apart?
• There are many RP technologies out there…
• Objet uses inkjet-based 3D printing technology
– Prints liquid polymer and the print table moves down in the Z
direction
– Most scalable technology in the additive manufacturing
arena
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13. A Closer Look at Inkjet Technology
Printing Head
Support Material Model Instant
Material UV Curing
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14. What does Inkjet Technology Offer?
Superior Print Quality Exceptional Material Versatility
• Ultra-fine 16-micron layers • 60 materials
• High accuracy - 0.1mm • Flexible > Rigid
• Thin walls - down to 0.6mm • Transparent > Opaque
• Smooth surfaces • Standard > Engineering Plastics
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15. The World’s Only Simultaneous Multi-
Material Jetting Capability
Print Heads
UV Light
Material B
Material A Build Tray
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16. Up to 14 materials in one model..
2 Base materials > 12 Digital Combinations
14 Base materials > 51 Digital Materials
Black Rubber like
material DM_2
Elongation at break 47.7% Flexible
Shore A 61 Elongation at break 41.6%
Shore A 85
Color: Black
DM_1
Rigid
Izod Impact 25.8 J/m
Color: Gray40 DM_3
Rigid
Izod Impact 34.6 J/m
White Rigid material Color: Gray60
Izod Impact 24.1 J/m
Tensile Strength 49.8 MPa
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17. The Best Technology at Simulating
‘True Product Realism’
The industry’s best
visual and functional
simulation of finished
assemblies & ‘off-the-
shelf’ products
One part. Many materials. One print run.
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21. Rapid Prototyping Applications
Fit testing Form modeling Function verification
Manufacturing Sales tools Home appliances
Consumer goods Marketing tools Toys
Electronics Medical Footwear
Digital dentistry Exhibition models Engineering
Automotive
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23. Inkjet - the Ultimate Scalability
All Objet systems offer similar:
• High-resolution print quality • Simple operation
• High speed productivity • Reliability & robustness
• Office compatibility • Upgradeability
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24. Awards
Desktop Engineering Desktop Engineering
2008 2006
Desktop Engineering
2007
Frost & Sullivan Award for
Product Innovation 2008
PlastPol 2009 Award for
recognition of outstanding
CNBC Europe’s 25 Most 2008 Red Dot product: Alaris30
Creative Companies Design Award
2010
EuroMold
2007
Frost & Sullivan 2007
2008 RadTech USA Emerging
Technologies Award NASA Tech Briefs 2007
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27. Summary
High Speed Office Solutions
MULTI-MATERIAL TECHNOLOGY
• True-Product-Realism
• Simultaneous material jetting
• Mixed part, mixed tray
• Composite digital materials
MATERIAL VERSATILITY
• 107 materials
• From rubber to rigid
• From opaque to transparent
• From standard to ABS plastics
OBJET QUALITY
• Ultra-thin 16μ layers
• High resolution fine details
• Smooth surface
• Proven customer satisfaction
Flexible Build Sizes & Price Points
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