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  • Exceptionally tough and durable

  • Resists breakage and handles challenging functional assemblies

  • Great for snap fits, assemblies and demanding applications

  • Ideal for master patterns for vacuum casting

  • Ultra tough white plastic to replace CNC Machined polypropylene and ABS articles

 

Application Examples:

  • Exceptionally tough and durable

  • Resists breakage and handles challenging functional assemblies

  • Great for snap fits, assemblies and demanding applications

  • Ideal for master patterns for vacuum casting

3D Printers that use this material:

  • iPro™ 8000

  • ProX™ 950

FEATURES

  • Look and feel of molded polypropylene

  • High flexibility with excellent shape retention

  • Outstanding feature resolution and accuracy

  • High production speed

  • Fully developed and tested build styles

BENEFITS

  • Increased market opportunities for models

  • Reliable and robust functional prototypes

  • Suitable for master patterns

  • More parts and better system utilization

  • Easy to use with no user R&D

APPLICATIONS

  • Functional components for assemblies and mock-ups for:
    - Automotive styling parts — trim, fascia, and other 
       components
    -  Consumer electronic components
    - Toys
    - Snap fit assemblies

  • Master patterns for RTV/silicone molding

  • Replace CNC machining of polypropylene and ABS to produce short-run plastic parts

  • Simulate injection molded parts

  • Concept and marketing models

3D Printers that use this material:

  • iPro™ 8000

  • iPro™ 8000 MP

  • ProX™ 950

Applications:

  • General purpose prototyping

  • Models requiring high clarity

    • Headlamps and lenses

    • Fluid flow and visualization models

    • Transparent assemblies

  • Snapfits and complex assemblies

  • Medical models and medical devices

Benefits

  • The highest clarity and transparency

  • Durable and strong

  • Humidity and moisture stable

  • USP class VI capable

3D Printers that use this material:

  • iPro™ 8000

  • ProX™ 950

Features:

  • Durable and rigid material

  • Look and feel of molded ABS

  • High accuracy with less distortion

  • High production speed

  • Low viscosity formulation

  • Fully developed and tested build styles

Benefits:

  • Produce ABS-like parts without molding or machining

  • Increase market opportunities and acceptance for models

  • Parts produced within tolerance and faithful to CAD data

  • Increase system throughput

  • Minimize part cleaning and finishing labor

  • Maximize reliability with no user R&D

Applications:

  • Automotive interior components

  • Short-run production parts

  • Electronic components

  • Testing of functional assemblies

  • Rigid and durable functional prototypes

  • Concept and marketing models

  • Accurate, durable master patterns for urethane casting

3D Printers that use this material:

  • iPro™ 8000

  • ProX™ 950

Features:

  • A plastic-ceramic composite

  • High thermal resistance

  • Excellent abrasion resistance

  • Moisture resistant

  • Extremely rigid

Benefits:

  • Aesthetically beautiful white parts

  • Withstand temperatures of up to 220 °C

  • Models that can withstand wear in aggressive applications

  • Components can survive in adverse thermal environments

  • Components can be plated

  • Parts retain properties & dimensions for extended durations

Applications:

  • Heat and wear resistant components

  • Stiff/Rigid assemblies and prototypes

  • Composite Ceramic-like components

  • Aesthetic components for art and archival models

  • Moisture stable components

  • Automotive and aerospace application​

3D Printers that use this material:

  • iPro™ 8000

Features:

  • Durable and stiff

  • High clarity

  • Fast build speed

  • Low viscosity formulation

  • Humidity resistant parts

  • Fully developed and tested build styles

Benefits:

  • Achieve the look and feel of polycarbonate

  • View internal features and passages

  • Increase system throughput

  • Minimize part cleaning and finishing

  • Realize extended part life

  • Maximize reliability with no user R&D

Applications:

  • Tough functional prototypes

  • Automotive design components

  • Consumer electronics (cell phones etc.)

  • Medical instruments, devices and labware

  • Lighting components (lenses etc.)

  • Fluid flow and visualization models

  • Master patterns for urethane castings

  • QuickCast™ patterns for investment casting

  • Transparent assemblies

  • Clear display models

  • Concept and marketing models

  •  

3D Printers that use this material:

  • iPro™ 8000

  • ProX™ 950

Features:

  • Look and feel of a durable molded plastic

  • Outstanding durability and impact resistance

  • Thermal Resistance over 60° C

  • Easy to use low viscosity formulation

  • Fully developed and tested build styles

Benefits:

  • Increased application opportunities

  • Suitable for assemblies and functional testing

  • Prototypes withstand modest temperatures without distortion

  • Faster recoating and build times

  • Maximize reliability with no user R&D

Applications:

  • Form, fit and function prototypes

    • Durable Assemblies

    • Snap fit assemblies

    • Tough enclosures

  • Consumer electronic components

  • Master patterns for RTV/Silicone molding

  • Replace CNC machining of Polypropylene and ABS

3D Printers that use this material:

  • iPro™ 8000

  • ProX™ 950

Features:

  • High Stiffness

  • Excellent accuracy

  • Best in class moisture stability

  • Elevated temperature resistance

Benefits:

  • Stable and rigid parts that withstand adverse environments

  • Outstanding stiffness for demanding applications

  • Ideal for parts requiring high thermal and moisture resistance

Applications:

  • High temperature requirements

  • Test of water and fluid handling components

  • Wind tunnel models

  • Master patterns

  • Fixtures, gages and jigs

3D Printers that use this material:

  • iPro™ 8000

  • ProX™ 950

Features:

  • Durable

  • Accurate

  • Selection of color

  • Digital production

Benefits:

  • Compatible with standard dental lab practices

  • Reduce breakage vs. plaster

  • Decreased steps vs. impression based systems

  • Increased visual detail for better margin viewing

  • Reproducible & archivable for easy remakes

Applications:

  • Replacement for dental stone

  • Crown and bridge restorations

  • Orthodontic working and study models

  • Replace CNC machining of Polypropylene and ABS

3D Printers that use this material:

  • iPro™ 8000

Features:

  • Temperature resistant to 130 °C (266 °F)

  • High humidity and moisture resistance

  • High rigidity

  • Low viscosity formulation

Benefits:

  • Suitable for high temperature testing

  • Stable mechanical properties over time

  • Parts maintain modulus in humid environments

  • Extended part life

  • Parts are strong and maintain shape

  • Fast recoating and cleaning

Applications:

  • Automotive Testing

    • Under the hood

    • Fluid flow and visualization

    • Intake manifold design analysis and verification

    • Coolant flow analysis

    • Heating Air duct models

    • Transmission fluid flow analysis

  • Electronic controls prototypes

  • Aerospace wind tunnel models

  • High rigidity models

  • Long lived prototypes

FEATURES

  • Exceptional stiffness

  • High temperature resistance

  • Excellent accuracy

  • High humidity resistance

  • Non-settling formulation

  • Fully developed and tested build styles

BENEFITS

  • Bluestone parts resist deformation even under heavy loads

  • Resists temperatures up to 250 °C, making it suitable for tooling or other demanding applications

  • Part retain their properties over time

  • No expensive mixing equipment required

  • Consistent mechanical properties, even on long builds

  • Improves/enhance demanding applications: windtunnel, soft tooling, injection mold tooling

  • Maximize reliability with no user R&D

APPLICATIONS

  • Wind-tunnel testing for the motorsports and aerospace industries

  • Production of CMM/inspection and assembly jigs and fixtures

  • Lighting design and other applications where heat-generation from electrical components may be a factor

  • Covers and enclosures of electrical and mechanical components

  • Water-handling products, such as pump and impeller design or other components

  • Automotive "under-the-hood" applications

  • Housings and enclosures that require high stiffness and rigidity, such as those for business machines

  • Electronic applications, such as insulating components, connectors, adaptor fittings, bases, sockets, and areas where ceramics might be used

  •  

3D Printers that use this material:

  • iPro™ 8000

  • PP/ABS-like performance

  • White opaque color

  • Exceptionally tough and durable

  • Ideal for challenging functional assemblies and demanding applications

  • Small lot direct manufacturing applications

3D Printers that use this material:

  • ProJet® 6000 HD

  • ProJet® 6000 MP

  • ProJet® 6000 SD

  • ProJet® 7000 HD

  • ProJet® 7000 MP

  • ProJet® 7000 SD

 

  • Polycarbonate -like look and feel

  • Water-clear appearance

  • Stiff and durable

  • Ideal for “see-thru” applications

  • USP Class VI capable

  • Ideal for Quickcast® investment casting patterns

3D Printers that use this material:

  • ProJet® 6000 HD

  • ProJet® 6000 MP

  • ProJet® 6000 SD

  • ProJet® 7000 HD

  • ProJet® 7000 MP

  • ProJet® 7000 SD

  • High temperature resistance to 130°C+ (266°F+)

  • High rigidity and translucent

  • Humidity and chemically resistant,long term stable properties

  • Ideal for under-the-hood component testing

  • Intake manifold, power steering reservoir and other elevated temperature applications

3D Printers that use this material:

  • ProJet® 6000 HD

  • ProJet® 6000 MP

  • ProJet® 6000 SD

  • ProJet® 7000 HD

  • ProJet® 7000 MP

  • ProJet® 7000 SD

 

  • Polypropylene-like look and feel

  • High flexibility

  • Ideal for snap-fits

  • White opaque color

3D Printers that use this material:

  • ProJet® 6000 HD

  • ProJet® 6000 MP

  • ProJet® 6000 SD

  • ProJet® 7000 HD

  • ProJet® 7000 MP

  • ProJet® 7000 SD

  • Black in color

  • Functional, snap-fit parts

  • Exceptional surface finish and high definition accuracy

  • Bold visual impact

3D Printers that use this material:

  • ProJet® 6000 HD

  • ProJet® 6000 MP

  • ProJet® 6000 SD

  • ProJet® 7000 HD

  • ProJet® 7000 MP

  • ProJet® 7000 SD

  • ABS-like performance

  • High durability and impact strength

  • Ideal for form, fit and function testing

  • Master patterns for RTV/Silicone molding

  • Grey opaque color

3D Printers that use this material:

  • ProJet® 6000 HD

  • ProJet® 6000 MP

  • ProJet® 6000 SD

  • ProJet® 7000 HD

  • ProJet® 7000 MP

  • Direct casting of jewellery patterns

  • High contrast blue color

  • Reduce cost and speed process with stone-in-place casting

  • Models requiring high detail

  • Excellent resolution and accuracy

3D Printers that use this material:

  • ProJet® 6000 HD

  • ProJet® 6000 MP

  • ProJet® 6000 SD

  • ProJet® 7000 HD

  • ProJet® 7000 MP

  • ProJet® 7000 SD

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