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The largest trusted community of design engineering professionals Sponsored by: Rapid Prototyping Advances with Inkjet- Based 3D Printing Day 1: Comparison of Inkjet-Based vs Other 3DP Methods Lecturer: Mychal Anderson, Applications Engineer Stratasys Direct Manufacturing

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The largest trusted community of design engineering professionals

Sponsored by:

Rapid Prototyping Advances with Inkjet-Based 3D Printing

Day 1: Comparison of Inkjet-Based vs Other 3DP Methods

Lecturer: Mychal Anderson, Applications Engineer Stratasys Direct Manufacturing

The largest trusted community of design engineering professionals

Sponsored by:

Previously Solid Concepts,

RedEye and Harvest

Technologies• 8 U.S. manufacturing facilities• 12 primary technologies• 600+ employees• Certifications: ISO 9001,

AS9100• ITAR registered

Stratasys Direct ManufacturingStratasys Direct Manufacturing is one of the largest providers of additive and conventional manufacturing solutions:

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Stratasys Direct Manufacturing

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How it Works• Photocurable resin• Very fine layer lines/

resolution• 0.00063” resolution on Z axis

• Minimum feature size is

around 0.012”• 0.060” minimum thickness for

some designs/ materials

Inkjet-Based 3D Printing

Model Material

Instant UV CuringSupport Material

Printing Head

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Additive Manufacturing Technologies

End-Use Part Production Material deposition (Fused

Deposition Modeling) Laser Sintering Metal Powder Bed Fusion

(DMLS, EBM)

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FDM utilizes heated thermoplastic filaments in a semi-liquid state and extrudes those filaments in computer determined designs one layer at a time. FDM has one of the larger

build platforms or any 3D print technology at 36” x 24” x 36”

Fused Deposition Modeling (FDM)

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Powdered nylon compositions – filled or unfilled – are heated and fused together layer by layer to create lightweight, durable designs.

Laser Sintering (LS)

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Metal and metal alloys in powder form are sintered – heated and fused – together in a process akin to a very fine, precise welding to create durable, highly complex fully dense metal parts which would be impossible to achieve through conventional manufacturing.

Metal Powder Bed FusionDirect Metal Laser Sintering (DMLS)

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Intricate, accurate parts Digital materials with

customized properties High resolution master

patterns and concept models

Inkjet-Based Applications

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Inkjet-Based vs. Vat Photopolymerization

Vat Photopolymerization Ideal for investment cast

patterns (alternative to wax models)

Large models

Inkjet-based Printing Elastomeric and rigid

materials Simulate rubber Articulate soft-touch or

flexible materials Small models

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Inkjet-Based vs. Vat Photopolymerization:Mechanical Properties

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Inkjet-based vs Vat Photopolymerization: Materials

Left bar = Experimental valuesRight bar = Datasheet values

NOTE: Greenfire parts require a thickness of at least 0.060” to achieve full mechanical properties

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The largest trusted community of design engineering professionals

Sponsored by:

InkJet vs. Vat Photopolymerization: Materials

Left bar = Experimental valuesRight bar = Datasheet values

NOTE: Greenfire parts require a thickness of at least 0.060” to achieve full mechanical properties

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The largest trusted community of design engineering professionals

Sponsored by:

InkJet vs. Vat Photopolymerization: Materials

Left bar = Experimental valuesRight bar = Datasheet values

NOTE: Greenfire parts require a thickness of at least 0.060” to achieve full mechanical properties

The flexural strength represents the highest stress experiencedwithin the material at its moment of rupture

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Inkjet-Based vs. Vat Photopolymerization:Surface Details

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Inkjet vs. Vat Photopolymerization: Surface Details

Demon Head80MB File4” x 3.7” x 2”

Vat Photopolymerization ModelSomos NeXtLayer Thickness = 0.005”

InkJet-Based Printing ModelVeroBlueLayer Thickness = 0.0006”(PolyJet-HD)

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Inkjet-Based vs Vat Photopolymerization: Surface Details

Vat PhotopolymerizationLayer Thickness = 0.005”

Inkjet-Based PrintingLayer Thickness = 0.0006”

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Inkjet vs. Vat Photopolymerization: Surface Details

Inkjet-Based Printing DetailLayer Thickness = 0.0006”

Vat Photopolymerization DetailLayer Thickness = 0.005

Sidewall Detail

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Inkjet-Based Applications

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• Challenge: Doctors required patient skull models to better prepare for procedures

• Solution: PolyJet’s fine layers build extremely accurate models with smooth surfaces

• Results: Surgeons have in-depth knowledge of patient’s skull structure prior to performing operation

National University Hospital (NUH)

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Challenge: SF Opera House sought to

recreate their iconic chandelier as a

collectible item available in their gift shop.

Solution: Inkjet-Based printing with PolyJet

High Definition (HD) resulted in ideal,

highly detailed and accurate renderings of

the chandelier design. Jersey McDermott,

craftsperson with San Francisco Opera

Costume Shop, used the PolyJet HD prints

as master patterns to create detailed

cufflinks and necklaces.

Results: Stunning portrayals of the iconic

San Francisco Opera Chandelier which

guests can take home with them and

cherish.

San Francisco Opera Chandelier

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Thank YouDay 2: Achieving Greater Inkjet-Based 3DP Details, Surface Quality & Finishes with the

Newer Materials

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