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Exceptionally tough and durable
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Resists breakage and handles challenging functional assemblies
-
Great for snap fits, assemblies and demanding applications
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Ideal for master patterns for vacuum casting
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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
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Suitable for master patterns
-
More parts and better system utilization
-
Easy to use with no user R&D
APPLICATIONS
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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
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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
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High thermal resistance
-
Excellent abrasion resistance
-
Moisture resistant
-
Extremely rigid
Benefits:
-
Aesthetically beautiful white parts
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Withstand temperatures of up to 220 °C
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Models that can withstand wear in aggressive applications
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Components can survive in adverse thermal environments
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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