Connex500




            •Connex500
Introducing

 PolyJet Matrix™

 Technology that Jets
 two model materials
 simultaneously
PolyJet Matrix Technology – Mixed Part

Jetting 2 different model materials onto one part
PolyJet Matrix Technology - Mixed Parts

 Benefits
 •   Print a real multi-material part in one go
 •   Part appears like ...
Pioneering…



              Digital Material™

                Objet’s Digital Materials are
              composite mate...
Composite Materials

• Composite Materials are about…
  – Combining different materials
  – Producing a new material
  – C...
Composite Materials

 • Age-Old Concept
   – Adding straw to mud for building stronger mud walls
Composite Materials

• Composites are all around us
  – Plywood - An engineered wood
     • Resistant to cracking and shri...
Pioneering…



              Digital Material™

                Objet’s Digital Materials are
              composite mate...
Digital Material Facts

 • Mechanical properties depend on the jetting
   matrix
 • Many Digital Materials can exist in an...
Fact number 1

 Mechanical properties depend on the jetting matrix

  Digital Material mechanical properties are created b...
Fact number 2

 Various Digital Materials can exist in a part
Fact number 3

Generated on-demand and on-the-fly

• Objet Studio determines the exact
  jetting parameters
• Digital Mate...
Fact Number 4
 Infinite combinations
Infinite Combinations
PolyJet Matrix Technology – Mixed Tray
PolyJet Matrix Technology – Mixed Tray
Benefits
• Saves time in model/material
  combination set-up
• Increases printing e...
Connex500
Connex500
              TM
A PolyJet Matrix System

 Connex500 jets
 two different
 model materials
 simultaneously
Connex500




 Support                                                    2 Model
 Material                               ...
Connex500 Two Model Materials

 • The Connex500
   enables the use of
   two FullCure®
   model materials



             ...
Connex500
Connex500 Flexibility

  • 3 printing modes:
     – DM Printing mode:
        • Speed: 12 mm/hour/strip
        • Layer th...
Connex500 Digital Materials

• 21 Preset Digital Material combinations
• Assign a variety of materials to each shell/assem...
Connex500 Over Molded Parts

• Reduces cost of error in preparing complex moulds
  by creating a real part early in the pr...
Connex500 Digital Materials SHORE Options

Create a variety of flexible materials with different
  SHORE values

Matches t...
Connex500 SHORE Options
                           TangoBlack   DM_9130
                            SHORE 61    SHORE 95

...
Connex500Digital Material Grayscales and Tones

  • Highlight areas of interest
  • Set marks and signs on the model for
 ...
Connex500 for Medical Applications
                                   Human body based
 • Enable marking of               ...
Connex500 Coating

 • Simulate the form/fit and feel of real parts
 • Automatic software controlled coating parameters
Connex500 Technical Data
 • New printing block and software
 • Tray size
    – 500x400x200mm
    (19.7x15.7x7.9 inch)
 • R...
Connex500
Setting the New Standard
Upcoming SlideShare
Loading in …5
×

Connex500

1,127 views

Published on

The Connex500™ is the first 3D printing
system that jets multiple model materials
simultaneously. It offers the completely
unique ability to print parts and assemblies
made of multiple model materials, with
different mechanical or physical properties,
all in a single build. Taking the revolution
even further, the Connex350™ can also
fabricate Digital Materials™ on the fly,
enabling users to create composite
materials that have preset combinations of
mechanical properties.

0 Comments
0 Likes
Statistics
Notes
  • Be the first to comment

  • Be the first to like this

No Downloads
Views
Total views
1,127
On SlideShare
0
From Embeds
0
Number of Embeds
3
Actions
Shares
0
Downloads
23
Comments
0
Likes
0
Embeds 0
No embeds

No notes for slide

Connex500

  1. 1. Connex500 •Connex500
  2. 2. Introducing PolyJet Matrix™ Technology that Jets two model materials simultaneously
  3. 3. PolyJet Matrix Technology – Mixed Part Jetting 2 different model materials onto one part
  4. 4. PolyJet Matrix Technology - Mixed Parts Benefits • Print a real multi-material part in one go • Part appears like the real product • Visualization • Productivity
  5. 5. Pioneering… Digital Material™ Objet’s Digital Materials are composite materials fabricated by PolyJet Matrix technology
  6. 6. Composite Materials • Composite Materials are about… – Combining different materials – Producing a new material – Creating material attributes unattainable by the individual constituents
  7. 7. Composite Materials • Age-Old Concept – Adding straw to mud for building stronger mud walls
  8. 8. Composite Materials • Composites are all around us – Plywood - An engineered wood • Resistant to cracking and shrinkage • High degree of strength – Steel rods in concrete – Asphalt mixed with sand
  9. 9. Pioneering… Digital Material™ Objet’s Digital Materials are composite materials fabricated by PolyJet Matrix technology
  10. 10. Digital Material Facts • Mechanical properties depend on the jetting matrix • Many Digital Materials can exist in any part • Generated on-demand and on-the-fly • Infinite combinations
  11. 11. Fact number 1 Mechanical properties depend on the jetting matrix Digital Material mechanical properties are created by the combination of: – The material percentage – The jetting pattern
  12. 12. Fact number 2 Various Digital Materials can exist in a part
  13. 13. Fact number 3 Generated on-demand and on-the-fly • Objet Studio determines the exact jetting parameters • Digital Materials are created during the jetting process
  14. 14. Fact Number 4 Infinite combinations
  15. 15. Infinite Combinations
  16. 16. PolyJet Matrix Technology – Mixed Tray
  17. 17. PolyJet Matrix Technology – Mixed Tray Benefits • Saves time in model/material combination set-up • Increases printing efficiency by enabling jobs of various materials to be printed simultaneously • Saves in resin replacement time and material
  18. 18. Connex500
  19. 19. Connex500 TM A PolyJet Matrix System Connex500 jets two different model materials simultaneously
  20. 20. Connex500 Support 2 Model Material Materials 4 x Jumbo 3.6kg cartridges for model and support
  21. 21. Connex500 Two Model Materials • The Connex500 enables the use of two FullCure® model materials TangoBlack VeroWhite
  22. 22. Connex500
  23. 23. Connex500 Flexibility • 3 printing modes: – DM Printing mode: • Speed: 12 mm/hour/strip • Layer thickness: 30µ – HQ Printing mode: • Speed: 12 mm/hour/strip • Layer thickness: 16µ – HS Printing mode: • Speed: 20 mm/hour/strip • Layer thickness: 30µ
  24. 24. Connex500 Digital Materials • 21 Preset Digital Material combinations • Assign a variety of materials to each shell/assembly in the model • Print a complete product
  25. 25. Connex500 Over Molded Parts • Reduces cost of error in preparing complex moulds by creating a real part early in the process • Saves printing and post process time • Improves communication among product development groups
  26. 26. Connex500 Digital Materials SHORE Options Create a variety of flexible materials with different SHORE values Matches the printed model to the real part design
  27. 27. Connex500 SHORE Options TangoBlack DM_9130 SHORE 61 SHORE 95 DM_9110 SHORE 80 All in one print
  28. 28. Connex500Digital Material Grayscales and Tones • Highlight areas of interest • Set marks and signs on the model for assembly • Create caption on the models
  29. 29. Connex500 for Medical Applications Human body based • Enable marking of on CT information internal organs when of interest • Pre procedure visualization and communication Nerves
  30. 30. Connex500 Coating • Simulate the form/fit and feel of real parts • Automatic software controlled coating parameters
  31. 31. Connex500 Technical Data • New printing block and software • Tray size – 500x400x200mm (19.7x15.7x7.9 inch) • Resolution – X Axis: 600DPI – Y Axis: 600DPI • Machine dimension – 1430x1130x1120mm (55.9x44.1x44.5 inch)
  32. 32. Connex500
  33. 33. Setting the New Standard

×