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Tough 65C Black

Production Rigid

Black plastic for long-term use parts with a good combination of impact strength, elongation, and tensile strength.

Tough 65C Black is a versatile production-grade black material with good impact strength, elongation, and tensile strength. It provides long-term environmental stability with an injection molded-like surface quality. This material is recommended for high mechanical load-bearing batch production parts, jigs and fixtures, and prototypes that remain stable for years.

This resin features a 70˚C heat deflection temperature and 35% elongation at break and is excellent for buckles, snaps, and clips due to a 6.6% elongation at yield. Simplified post-processing speeds enable high end-to-end throughput.

Tough 65C Black is tested to 8 years of indoor and 1.5 years outdoor mechanical performance per ASTM D4329 and ASTM G194 methods, ensuring that printed parts remain functional and stable for long periods in real-world conditions.

Applications

Load-bearing parts such as handles, cranks, knobs, and levers Structural parts like brackets, snap-fits, and custom fasteners
Small parts requiring detail and accuracy for consumer products, sporting goods, and general use
Latching and board connectors for data devices and white goods
Sensor holders and guides

Benefits

Long-term use parts for indoor and outdoor applications
High elongation at yield for ABS-like snaps, buckles, and clips.
Excellent surface quality, accuracy, repeatability
Fast throughput to finished part; no secondary thermal cure required

Features

Long-term indoor and outdoor environmental stability of mechanical properties; tested out to 8 and 1.5 years (respectively) per ASTM methods
70°C HDT at 0.455MPa
35% elongation at break
6.6% elongation at yield
31 J/m notched impact strength
41 MPa tensile strength
Biocompatible-capable per ISO10993-5
UL94 HB flammability

Tough 60C White

Production Rigid

White plastic for long-term use parts with a good combination of impact strength, elongation, and tensile strength.

Tough 60C White is a versatile, biocompatible-capable production-grade white material with good impact strength, elongation, and tensile strength. It provides long-term environmental stability and long-lasting white color with an injection molded-like surface quality. This material is recommended for high mechanical load-bearing batch production medical parts that remain functional and stable for years.

This resin features a 65˚C heat deflection temperature and 23% elongation at break and is excellent for brackets, snaps, and clips due to a 7.1% elongation at yield. Fast print speeds and simplified post-processing speeds enable exceptional throughput.

Tough 60C White is tested to 8 years of indoor and 1.5 years outdoor mechanical performance per ASTM D4329 and ASTM G194 methods, ensuring that printed parts remain functional and stable for long periods in real-world conditions.

Applications

Clinical trials and medical devices such as tools, handles, and small plastic parts
Load-bearing parts such as handles, cranks, knobs, and levers
Structural parts like brackets, snap-fits, and custom fasteners
Small parts requiring detail and accuracy in consumer products, wearable devices, and general use
Functional prototyping and biocompatible end-user parts

Benefits

Long-term use parts for indoor and outdoor applications
No secondary thermal cure required
Clean, long-lasting bright white color
Excellent surface quality, accuracy & repeatability
Autoclavable

Features

Long-term indoor and outdoor environmental stability of mechanical properties and color; tested out to 8 and 1.5 years (respectively) per ASTM methods
Biocompatible-capable per ISO10993-5 and ISO10993-10*
65°C HDT at 0.455MPa
23% elongation at break
7.1% elongation at yield
34 J/m notched impact strength
1500 MPa tensile modulus
UL94 HB flammability
Sterilization through Autoclave

PRO-BLK 10

Production Rigid

Production-grade additive manufacturing material with game-changing thermoplastic-like mechanical properties and long-term environmental stability.

PRO-BLK 10 delivers on the promise of additive manufacturing with true direct digital production of plastic parts. Go from CAD to manufacturing line in one day with tool-less, same day part production. With a fast print speed and simplified post-processing that includes a single curing cycle and single solvent cleaning, this material delivers exceptional throughput. It is a high precision resin producing parts with a smooth surface finish and sidewall quality, and has excellent mechanical properties and long-term environmental stability that brings a new level of assurance to 3D production.

Applications

Tool-less, same day production
Direct production of small black plastic parts; examples include: motor housings, connectors, snap-fits, automotive interior and other general-use parts
Digital production to replace injection molding or soft tooling processes

Benefits

Improved environmental stability of mechanical and performance properties over time
Fast throughput for part-in-hand with no secondary thermal cure required
Simple, single solvent cleaning
Excellent surface quality and repeatability
Accurate, low distortion material for fast first article print success

Features

Fast print speed up to 62 mm/hr at 50 micron layer thickness
70 °C heat deflection temperature, 12% elongation at break
Durability and strength
UL94 HB flammability
Biocompatible capable per ISO10993-5 and ISO10993-10
Exhibits thermoplastic behavior in necking at tensile break point

TOUGH-BLK 20

Tough & Durable

A strong material with industry-leading environmental stability. Parts feature an exceptional surface finish, high precision, durability and long-term stability for fast high performance prototyping and production.

TOUGH-BLK 20 is a strong black plastic simulating injection-molded ABS, with long-term environmental stability for fast high-performance prototyping and production applications where lifecycle stability is critical and mechanical properties fit. With production-grade indoor and outdoor environmental stability, mechanical properties, color, opacity, dimensions will not change over time with exposure to daylight. This material provides high precision, smooth surface finish and exceptional sidewall quality with minimal finishing.

Applications

Rapid design iteration
Strong functional parts for:
- Automotive styling parts
- Consumer electronics components
- Legacy replacement parts
- Form, fit and function testing
- Durable assemblies and snap fits
- Bezels, knobs, brackets, covers, cases
Master patterns for RTV/silicone molding
Short-run manufacturing of rigid parts

Benefits

Reliable and robust functional prototypes
Improved environmental stability of mechanical and performance properties over time
High precision and exceptional part quality with smooth surfaces and sidewalls
Beautiful black parts with the look and feel of injection molded ABS

Features

Long-term indoor and outdoor environmental stability
Durable and strong
Excellent humidity/moisture resistance
Simulating some properties of molded black ABS

Tough Clear

Tough

A clear, production-grade material engineered to offer long-term stability and clarity that avoids fading or discoloration.

Tough Clear delivers a versatile combination of mechanical stability and properties suitable for functional prototyping or end-use parts. It offers high light transmission that can be made fully transparent with post-processing.

3D printing clear components is a cost-effective manufacturing process for product development. Get visibility into the workings of complex
assemblies, observe gas or fluid flows and reduce product design cycles. Figure 4 Tough Clear introduces long-term stability which minimizes reprints.

Applications

End-use manufacturing of high volume, small plastic parts
Load-bearing handles, cranks, knobs, and levers
Structural brackets, snap-fits, and fasteners
Lighting covers, cases, reflectors, and light guides
Fast-moving consumer goods and consumer packaging

Advantages

Excellent clarity that can be further improved with post-processing steps like clear coating
Long-term environmental stability of mechanical properties and performance
Ability to go from prototype to production parts using clear or transparent aesthetics
Prototypes have longer lives and can be reused for longer periods of time
Supports functional testing in outdoor settings
Automotive fluid and chemical compatibility

Rigid Gray

Production Rigid

High contrast gray plastic for long-term use parts with balanced thermal and mechanical properties

Rigid Gray is a production-grade gray material that delivers a surface finish comparable to injection molding and provides long-term environmental stability. The high contrast gray color is ideal for parts requiring high feature definition like texture and lettering. This material is suitable for painting and plating and is recommended for prototyping and production for consumer products and general use on small parts requiring high detail and accuracy.

This resin exhibits thermoplastic behaviour with necking at the break, making it ideal for rigid snap-fit applications such as covers. It also features 72˚C heat deflection temperature and 30% elongation at break. Fast print speeds and simplified post-processing speeds enable exceptional throughput.

Rigid Gray is tested to 8 years of indoor and 1.5 years outdoor mechanical performance per ASTM D4329 and ASTM G194 methods, ensuring that printed parts remain functional and stable for long periods in real-world conditions.

Applications

Static rigid production components like housings and covers
Small parts requiring detail and accuracy for consumer products and general use
Parts requiring painting, plating, and laser-etching
Functional prototyping and low volume production parts where visualization of features is critical

Benefits

Long-term use parts for indoor and outdoor applications
High contrast gray color good for detail visualization for textures and lettering
Fast throughput to finished part; no secondary thermal cure required
Excellent surface quality, accuracy, and repeatability
Suitable for painting, plating, and laser-etching

Features

Long-term indoor and outdoor environmental stability of mechanical properties and color; tested out to 8 and 1.5 years (respectively) per ASTM methods
Tensile testing shows thermoplastic behavior with necking at break
72°C HDT at 0.455MPa
30% elongation at break
2200MPa flexural modulus
Biocompatible-capable per ISO10993-5
UL94 HB flammability
Fast print speed up to 48 mm/hr at 50-micron layer thickness

Rigid White

Production Rigid

Opaque rigid white production-grade plastic for same-day parts. This biocompatible-capable material provides a smooth surface finish, long-term environmental stability, and long-lasting, clean white colour.

Rigid White is a production-grade opaque white material that provides long-term environmental stability and long-lasting, clean white color. This material is recommended for use in medical, consumer goods, and industrial manufacturing applications, and other applications where a smooth surface finish, long-term indoor and outdoor stability, and biocompatible capability are needed.

This resin exhibits thermoplastic behavior with necking at break, making it ideal for snap-fit applications. It also features 65°C heat deflection temperature and high elongation at break. Fast print speeds and simplified post-processing enable exceptional throughput.

Applications

Handles and fixtures for medical applications that require biocompatibility
Electronics enclosures and small components or parts for devices
Motor housings, covers, guards, snap-fit parts, jigs, fixtures, and other functional prototyping and low volume production parts

Benefits

Good long-term environmental stability measured out to 8 years indoor and 2 years outdoor
Clean, long-lasting, opaque white color
Fast throughput to finished part; no secondary thermal cure required
Excellent surface quality, accuracy, and repeatability

Features

Thermoplastic behavior with necking at break
65°C heat deflection temperature
20% elongation at break
Flexural modulus of 2200MPa
Biocompatible-capable per ISO10993-5 and ISO10993-10
UL94 HB flammability
Print speeds up to 47 mm/hr at 50-micron layer thickness
Enables printing of larger, thicker geometries in Premium Plus mode

MED-AMB 10

Bio-Compatible,
High-Temperature, Translucent

A rigid amber material for applications requiring biocompatibility, translucency and/or thermal resistance. It provides parts with crisp details, that can be sterilized and tested at high temperature, over 100 °C.

MED-AMB 10 is a rigid, translucent material for a range of medical and industrial applications, including when biocompatibility, sterilization and/or thermal resistance is required with fluid flow visualization. Capable of meeting ISO 10993-5 and -10 standards for biocompatibility (cytotoxicity, sensitization and irritation), this material can also be sterilized by autoclave. It delivers highly accurate parts with excellent feature resolution and high definition.

Applications

General medical applications requiring biocompatibility, sterilization and/or thermal resistance
Surgical drill guides, splints
Parts requiring rigidity with high temperature resistance
- Fluid handling manifolds
- Elevated temperature testing
Parts with high definition details
Threaded assemblies
Visualization and fluid flow models

Benefits

Capable of meeting ISO 10993-5 & -10 standards for biocompatibility (cytotoxicity, sensitization and irritation)
Excellent visualization for parts requiring evaluation of internal features and their performance
High temperature testing
True-to-CAD accuracy and crisp feature detail

Features

Biocompatible*
Sterilizable by autoclave
Thermal resistance over 100 °C
Excellent humidity/moisture resistance
Rigid and translucent

MED-WHT 10

Bio-Compatible,
High-Temperature

A rigid white material for applications requiring biocompatibility and/or thermal resistance. It provides beautiful parts that can be sterilized and tested at high temperature, over 100 °C.

MED-WHT 10 is a rigid, white material for a range of medical and industrial applications, including when biocompatibility, sterilization and/or thermal resistance is required. Capable of meeting ISO 10993-5 and -10 standards for biocompatibility (cytotoxicity, sensitization and irritation), this material can also be sterilized by autoclave. It delivers highly accurate parts with excellent feature resolution and high definition.

Applications

General medical applications requiring biocompatibility, sterilization and/or thermal resistance
Surgical drill guides, splints
Bone models
Parts requiring rigidity with high temperature and/or water resistance
Parts with high definition details

Benefits

Capable of meeting ISO 10993-5 and -10 standards for biocompatibility (cytotoxicity, sensitization and irritation)
Smooth surfaces for beautiful display models and prototypes
High temperature testing
True-to-CAD accuracy and crisp feature detail

Features

Biocompatible*
Sterilizable by autoclave
Thermal resistance over 100 °C
Excellent humidity/moisture resistance
Rigid and white

EGGSHELL-AMB 10

Production Moulding

A process-optimized material for the production of sacrificial tooling for casting silicone and other materials such as metals and ceramics.

EGGSHELL-AMB 10 is process-optimized for the production of sacrificial tooling for casting silicone parts in any durometer. It is specifically engineered to withstand liquid silicone injection at high temperature and pressure, with intentional brittleness to shatter easily from silicone once the mold is filled and cooled. Its amber color allows for visualization of the injected silicone, and it also has high heat deflection temperature, high tensile modulus and low elongation at break which are preferred properties for molds to be injectable.

Applications

For casting silicone parts in any durometer
For casting other materials such as metals and ceramics
Customized end-use and low volume production parts of silicone material
High quality prototypes quickly produced

Benefits

Fine feature detail and digital textures applied to the sacrificial tooling for textured silicone parts
Digital tooling for complex geometries
End product can be cast with many silicones
Material translucency allows for visualization during injection

Features

High HDT, high tensile modulus and low elongation at break
Translucent, amber color
Withstands silicone injection at high temperature and pressure, but intentionally brittle to break away easily

FLEX-BLK 20

Flexible, Durable

Durable, flexible, high impact resistant material with long-term environmental stability.

FLEX-BLK 20 is a flexible, high impact-resistant material for extremely durable black parts with the look and feel of production polypropylene. Great for functional prototypes, enclosures and assemblies, as well as short-run production parts, this fatigue resistant material provides outstanding flexibility and accuracy, enabling many applications.

Applications

Functional assemblies and prototypes
- Automotive styling parts
- Consumer goods and electronic components
- Containers and enclosures
- Product design
Master patterns for RTV/silicone molding
Concept and marketing models

Benefits

Reliable and robust functional prototypes
Excellent mechanical properties and accuracy
Beautiful black parts with look and feel of molded black polypropylene
Improved environmental stability of mechanical and performance properties over time

Features

High elongation at break and notched impact strength
Lower tensile modulus
Engineered for long term environmental stability
Easy to clean

RUBBER-BLK 10

Durable Elastomer

High tear strength, malleable material for hard rubber-like parts

RUBBER-BLK 10 is a high tear strength material for the production of hard rubber-like parts with slow-rebound for touch applications such as grips, handles and bumpers, as well as strain-relief applications, couplings, over molds, etc. This extremely tough material has an exceptional surface finish and long-term environmental stability.

Applications

Slow-rebound hard-rubber material allows for multiple touch applications, including grips, handles, bumpers
Good for strain-relief type applications
Couplings and overmoldings
Production parts needing long term environmental stability where mechanical properties fit

Benefits

Exceptional surface finish
Very tough material
Great for soft touch applications
Engineered for long term environmental stability

Features

High tear strength
Shore hardness of 59D and 97A
Tough and durable
Biocompatible capable per ISO10993-5 and ISO10993-10

RUBBER-65A BLK

Production-Grade Elastomer

Manufacture rubber parts with production performance properties with this mid-tear strength, high elongation at break and Shore 65A hardness material.

RUBBER-65A BLK material is specially formulated to address key customer needs for rubber parts featuring production performance properties and production mechanical properties, in the light of specifications tested according to industry standards.

RUBBER-65A BLK is a mid-tear strength material for the production of medium hard rubber parts with slow rebound, for applications such as grips, handles, gaskets, bumpers, seals, vibration dampening components and more.

Applications

Air /dust gaskets
Seals and housings
Vibration dampener and pipe spacers
Bumpers
Grips and handles

Benefits

Production performance properties
- Long-term stability
- Excellent compression set
- UL94 HB flammability test standards
Low cost and low hazard cleaning
Engineered for long term environmental stability

Features

High elongation at break
Shore-A of 65 (medium hard rubber)
Mid-tear strength, compression set, Bayshore rebound resilience
Biocompatible capable per ISO10993-5 and ISO10993-10

JEWEL MASTER GRY

Jewellery Master Patterns & Prototypes

A versatile, high HDT master pattern material for jewelry silicone molds and high visualization detailed prototypes of complex and fine designs.

JEWEL MASTER GRY is a versatile master pattern material for high volume jewelry RTV/silicone molds and for prototype/fit models. The material’s high heat deflection temperature (300°C) ensures compatibility with a range of silicones for creating molds used in jewelry casting production workflows.

This material also delivers exceptional precise surface quality for design and functional prototyping, as well as snap-fit and stone-in-place testing. Figure 4 JEWEL MASTER GRY meets biocompatibility standard ISO 10933-5 for cytotoxicity, making it safe for try-ons and fittings.

Applications

High definition master patterns for making silicone or RTV molds especially for high volume, mass production of jewelry designs
Jewelry design and functional prototyping
Snap-fit and stone-in-place testing
Client fit/try-on models

Benefits

Compatible with a range of silicones
No silicone inhibition
High visualization
Safe for extended try-on testing and user fittings
Jewelry-specific build styles
MicroPointTM support tips minimizing support-to-part interaction and support scarring

Features

High heat deflection temperature
Exceptional surface finish and fine details definition
Fast speed:
- Prototyping speed – 45 mm/hr @ 50µm Z resolution
- Master pattern speed – 15 mm/hr @ 30µm Z resolution
High contrast gray color
Passes biocompatibility standard ISO 10933-5 for cytotoxicity

HI TEMP 300-AMB

High-Temperture

Industry-leading, ultra-high temperature resistant rigid plastic suitable for the harshest thermal environments.

HI TEMP 300-AMB is an ultra-high temperature plastic for use in applications requiring high heat resistance. With heat deflection temperature of over 300 °C at both low and high stress (HDT at 0.455 and 1.82 MPa), this material is well suited for the testing of high temperature components in applications including HVAC, consumer appliances, motor enclosures, stators, molds and the like. It does not require a secondary thermal post-cure.

Applications

High temperature components testing, and general use parts including: HVAC, consumer appliances, motor enclosures, stators, etc.
Low pressure molding/tooling: expanding foams, rubbers, etc.
Overmolding

Benefits

Production-grade material
High heat resistance for testing and use in high heat environments
No secondary thermal post-cure required
Excellent visualization for parts requiring evaluation of internal features and fluid flow performance

Features

HDT over 300 °C at both low and high stress (HDT at 0.455 and 1.82 MPa)
Rigid and translucent
High tensile modulus for use in molds (4000 MPa)

JCAST-GRN 20

Jewelry Casting

Optimised for clean and easy burnout of finely detailed, high-resolution jewellery patterns for direct casting.

Designed for the jewelry casting professional, Figure 4® JCAST-GRN 20 produces accurate, reproducible, and highly detailed master patterns for jewelry casting. This high contrast green material is easy to cast with minimal ash and residue, producing high quality jewelry pieces rapidly.

Applications

Production of master patterns for gypsum investment casting of all types of jewelry
Suitable for a range of precise metals
Highly detailed models for design validation, customer samples
Fully designed workflow to suit a wide range of jewelry styles

Advantages

Produces high quality castings
High detail and feature resolution
Optimized wax content for superior burnout
Direct casting, no tooling required
High accuracy and repeatability

High Temp 150°C FR Black

Flame-Retardant & High Temperature

UL94 V0 rated flame-retardant black plastic with >150˚C heat deflection temperature

High Temp 150°C FR Black is a rigid, flame-retardant black material that can be used for production parts requiring UL94 V0 rating as well as FAR 25.853 and 23.853 capability. It provides long-term environmental stability with an injection moulded-like surface quality.

This material is recommended for consumer, transportation, and aerospace applications that require performance at high temperatures like brackets, covers, and circuit board housings and covers.

High Temp 150°C FR Black is tested to 8 years of indoor and 1.5 years outdoor mechanical performance per ASTM D4329 and ASTM G194 methods, ensuring that printed parts remain functional and stable for long periods in real-world conditions.

Applications

Printed circuit board covers
Electrical and under-hood housings requiring UL94 V0 rating
Rigid covers, hangers, and brackets
Small FAR 25/23.853 in-cabin parts
Flame retardant parts for trains and buses

Benefits

Self-extinguishing, flame-retardant material
Halogen-free
High heat deflection temperature for demanding applications
No secondary thermal cure required
Excellent surface quality, accuracy & repeatability
Capable of plating and painting

Features

Passes UL94 V0 test standards @ 2 mm and 3 mm thickness
Passes FAR Part 25.853 @ 12-second vertical burn and HB testing @ 3 mm thickness
Passes FAR Part 23.853 @ 12-second vertical burn and HB testing @ 3 mm thickness
Passes UL 746C GWIT and GWFI @ 2 mm and 3 mm thickness
>150C @ 0.455 MPa HDT
2900 MPa flexural modulus
Long-term indoor and outdoor environmental stability of mechanical properties; tested out to 8 and 1.5 years (respectively) per ASTM methods

Tough FR V0 Black

Tough

A tough, production-grade flame-retardant additive manufacturing material that passes UL94 V0 test standarts.

Figure 4 Tough FR V0 Black delivers exceptional results in many key performance areas including fire resistance, fluid compatibility, UV stability, paint adhesion, and mechanical properties. It distinguishes itself from other flame-retardant materials for being a tough material and possessing an astounding 44% elongation at break. Figure 4 Tough V0 Black easily achieves parts with high degrees of accuracy and detail without requiring a thermal cure.

This material is recommended for a variety of industries including aerospace, automotive, transportation, and consumer products.

Tough FR V0 Black is tested to 8 years of indoor and 1 year outdoor mechanical performance per ASTM D4329 and ASTM G194 methods, ensuring that printed parts remain functional and stable for long periods in real-world conditions.

Applications

Aircraft electrical connectors, knobs, grommets, and spacers
End-use manufacturing of high-volume, small plastic parts
Printed circuit board covers
Electrical and under-hood housings
Tough covers, hangers, and brackets
Flame retardant parts for trains and buses

Advantages

Self-extinguishing, flame-retardant material
Capable of plating and painting
No secondary thermal cure required
Outstanding fluid compatibility with fuel turbine oil, hydraulic fluid, and IPA
Shares base chemistry with SLA version of Tough Black FR V0 to enable production efficiencies

VisiJet M2S-HT250

High Temperature, Translucent

A strong, rigid material with best-in-class heat deflection temperature of 250 °C for functional testing in high heat environments

VisiJet® M2S-HT250 is a strong, rigid, translucent material with best-in-class heat deflection temperature (HDT) of 250⁰C. This high thermal resistance makes VisiJet M2S-HT250 ideal for tooling, manufacturing aids and high temperature functional prototyping applications. In the Durable Goods and Automotive industries, uses include those requiring hot fluid and gas flow, as well as thermal shielding and insulation.

Applications

Functional prototyping for components in hot environments
Rapid prototyping of high temperature parts and applications
Electronic housings/cases
Thermal shielding/insulation
Direct contact with melted solder for fixtures and manufacturing
High temperature molds
Contain and direct heated fluid and gas flows
Complex and fine diameter internal structures

Benefits

Highest thermal resistance in its class
Clear enough to visualize internal features and flow
High fidelity fine features and sharp edges
Smooth surface quality
UL94 HB flammability test standards
USP Class VI certified for biocompatibility

Features

Heat deflection temperature at 0.45 MPa: 250°C
High modulus - Strong and stiff
Translucent material, light amber
Biocompatible*

VisiJet M2S-HT90

High Temperature, Transparent, Bio-Compatible Plastic

A strong and transparent rigid material for applications requiring temperature resistance and/or biocompatibility, ideal for rapid tooling, functional prototyping in warm environments, and medical devices with fine features and internal structures.

VisiJet M2S-HT90 delivers heat resistance with high heat deflection temperature at 90°C, enabling the production of tools and dies for thermoforming, eggshell molding or injection molding, prototype testing in warm environments, such as under the hood parts, enclosures and housings, heated fluids and gasses flow analysis for the durable goods and automotive industries.

This transparent material is also capable of meeting USP Class VI standards for biocompatibility, to be used for printing medical devices where biocompatibility is required and fine features and small internal structures are needed for lattice structure or fluid flow channels.

Applications

Molds and dies for rapid tooling applications
Functional testing in warm environments
- Under-the-hood components
- Heated fluids and gasses flow analysis
- Electronics enclosures/cases
Biocompatible, medical device applications

Benefits

Stable parts in warm environments
Watertightness for evaluation of fluid flow performance
Excellent visualization for parts requiring validation of internal features
Capable of meeting USP Class VI standards for biocompatibility

Features

Heat deflection temperature of 90 °C
Excellent humidity/moisture resistance
Rigid and transparent
Biocompatible*

VisiJet M2E-BK70

Tough Elastomer

A tough, black elastomer with a high Shore A hardness of 70 and excellent rebound after compression

VisiJet® M2E-BK70 is an elastomeric material with a Shore A hardness of 70, that shows very good shape memory. Exhibiting best-in-class compression and rebound properties, this material can be used for a variety of design and prototyping applications such as seals, gaskets, sensor pads and cable guides.

Key Mechanical Properties

Elongation at break: 44%
Tensile modulus: 6.4 MPa
Tensile strength: 2.9 MPa
Shore A hardness: 73
Tear Strength: 6.8 kN/m
Compression set: 0.5%
Water absorption (24 hr): 1.2%

Applications

Design and prototyping applications of medium hard rubber-like products, such as:
- Seals
- Gaskets
- Sensor pads
- Cable guide
- Bumpers
- Treads
- Grips and handles

Benefits

Best compression in its class
Excellent compression rebound without crumbling
Feature fidelity, sharp edges
Smooth surface quality
UL94 HB flammability test standards
USP Class VI certified for biocompatibility

Features

Shore A hardness of 70
Good rebound properties
Outstanding compressive properties
Very good shape memory/spring back
Biocompatible*

VisiJet M2R-GRY

Production Rigid

Rigid general-purpose plastic with opaque high visual contrast gray finish delivering a balance of strength and elongation with a moderate HDT

Visijet M2R-GRY is a rigid material that is good for a broad range of concept models and functional prototypes. It is opaque “primer gray” in color and has high-feature fidelity, sharp corners and edges and smooth surface finish.

It is a general purpose material with high accuracy and high visual contrast colour suitable for general prototyping prototypes, printed assemblies, medical / dental / jewellery applications and some end-use parts.

Applications

High contrast primer grey colour for easy visualization of surface detail
Opaque functional prototypes and some end-use parts
Rapid prototyping of plastic injection moulded thermoplastic parts
Able to be drilled, tapped, and machined and can create moderate functional snap fits
Functional printed assemblies and injection moulded screw bosses
Functional printed screw-threads and thin walls
Medical/dental applications
Painted business/marketing collateral, prototypes and mock-ups

Benefits

High fidelity fine features, sharp edges and high accuracy
Exceptional smooth and consistent surface finish
No surface cure inhibition of paints or silicones; no sanding required
Excellent for painting or moulding applications
Aesthetically pleasing, high detail visualization

Features

Moderate strength and stiffness, 20-30% elongation
Able to make extremely small and complex structures
High accuracy and watertight
Biocompatible USP Class VI

VisiJet M2G-DUR ProFlex

Durable Plastic

Polypropylene-like, semi-rigid engineering prototyping plastic with translucent clear finish delivering good strength and stiffness with high elongation and toughness

While still being a rigid material, VisiJet M2G-DUR has the lowest strength and stiffness of all the MJP rigid and engineering plastics. With very high elongation and notched Izod impact strength, VisiJet M2G-DUR has properties similar to polypropylene and is able to simulate a range of low-strength and high elongation injection moulded thermoplastics. It is optically clear and has high feature fidelity, sharp corners and edges and smooth surface finish.

It was specifically designed to be used as an engineering prototype material and has the same high accuracy and smooth surfaces as the other MJP VisiJet materials. It is suitable for soft plastic engineering prototypes and can also make extremely small and complex internal structures for microfluidics and flow visualization.

Applications

Strength/stiffness and elongation optimized for the highest flexibility engineering applications including snap-lid polypropylene containers and water-tight food packaging prototypes
Translucent functional prototypes for soft plastics or load carrying, rotating and bearing surfaces
Exceptional ability to be drilled, tapped and machined, and can create aggressive functional snap fits
Functional printed assemblies and injection molded screw bosses
Functional printed screw-threads and thin walls
Translucent flow visualization and dye-tinted applications
Optically clear sight windows in fixtures
Excellent for microfluidics, capillary fluidics and lab-on-a-chip

Benefits

High fidelity fine features, sharp edges and high accuracy
Exceptional smooth and consistent surface finish
Excellent optical clarity
No surface cure inhibition of paints or silicones
Smooth surface and tack-free curing allows for easy moulding or painting
Excellent for complex engineering plastic prototypes

Features

Low strength and stiffness, 65-75% elongation, 70-80 notched Izod impact strength
Excellent for mechanically demanding and geometrically complex functional prototypes
Can be substantially twisted, flexed and deformed without cracking or breaking
Able to make extremely small and complex internal structures
High accuracy and watertight
Biocompatible USP Class VI

VisiJet M2G-CL Armor

Clear Plastic

ABS-like, rigid engineering prototyping plastic with translucent clear finish delivering good strength and stiffness with high elongation and toughness

With the strength and stiffness needed to simulate many injection-moulded thermoplastics, VisiJet Armor M2G-CL also achieves high elongation and notched Izod impact strength. VisiJet Armor M2G-CL is a rigid material that is good for the most mechanically demanding and geometrically complex functional prototypes.

It is optically clear and has high feature fidelity, sharp corners and edges and smooth surface finish. It was specifically designed to be used as an engineering prototype material and has the same high accuracy and smooth surfaces as the other MJP VisiJet materials. It is suitable for functional prototypes and printed assemblies and can also make extremely small and complex internal structures for microfluidics and flow visualization.

Applications

Strength/stiffness and elongation optimized for demanding engineering applications including injection moulded parts and complex functional snap fits
Translucent functional prototypes and some end-use parts
Rapid prototyping of plastic injection moulded thermoplastic parts
Exceptional ability to be drilled, tapped and machined, and can create aggressive functional snap fits
Functional printed assemblies and injection moulded screw bosses
Functional printed screw-threads and thin walls
Translucent flow visualization and dye-tinted applications
Optically clear sight windows in fixtures
Excellent for microfluidics, capillary fluidics and lab-on-a-chip

Benefits

High fidelity fine features, sharp edges and high accuracy
Exceptional smooth and consistent surface finish
Excellent optical clarity
No surface cure inhibition of paints or silicones
Smooth surface and tack-free curing allows for easy moulding or painting
Excellent for complex engineering plastic prototypes

Features

Good strength and stiffness, 55-65% elongation, 40-50 notched Izod impact strength
Excellent for mechanically demanding and geometrically complex functional prototypes
Able to make extremely small and complex internal structures
High accuracy and watertight
Biocompatible USP Class VI

VisiJet M2R-CL

Clear Plastic

Rigid general-purpose plastic with translucent clear finish delivering a balance of strength and elongation with a moderate HDT

The Visijet M2R-CL is a rigid material that is good for a broad range of concept models and functional prototypes. It is optically clear and has high feature fidelity, sharp corners and edges and smooth surface finish. It is a general-purpose material with high accuracy suitable for prototypes, printed assemblies, medical/dental applications and some end-use parts. Able to make extremely small and complex internal structures for microfluidics and flow visualization.

Applications

Translucent functional prototypes and some end-use parts
Rapid prototyping of plastic injection moulded thermoplastic parts
Able to be drilled, tapped and machined and can create moderate functional snap fits
Functional printed assemblies and injection moulded screw bosses
Functional printed screw-threads and thin walls
Medical/dental applications like surgical guides
Translucent flow visualization and dye-tinted applications
Optically clear sight windows in fixtures
Excellent for microfluidics, capillary fluidics and lab-on-a-chip

Benefits

High fidelity fine features, sharp edges and high accuracy
Exceptional smooth and consistent surface finish
Excellent optical clarity
No surface cure inhibition of paints or silicones; no sanding required
Excellent for painting or moulding applications

Features

Moderate strength and stiffness, 20-30% elongation
Able to make extremely small and complex internal structures
High accuracy and watertight
Biocompatible USP Class VI & ISO 10993

VisiJet M2R-BK

Production Rigid

Rigid general-purpose plastic with opaque black finish delivering a balance of strength and elongation with a moderate to high HDT

The VisiJet M2R-BK has a higher tensile strength and modulus properties over standard VisiJet M2 materials. It is a stronger and stiffer plastic that is good for a broad range of concept models and functional prototypes. It has high-feature fidelity, sharp corners and edges and smooth surface finish. It is a general-purpose material with high accuracy suitable for general prototyping and some end-use parts.

Applications

Opaque functional prototypes and some end-use parts
Rapid prototyping of plastic injection moulded thermoplastic parts
Able to be drilled, tapped and machined
Panels, covers, housings, handles and static parts
Functional printed assemblies and injection moulded screw bosses

Benefits

High- fidelity fine features, sharp edges and high accuracy
Exceptional smooth and consistent surface finish
No surface cure inhibition of paints or silicones; no sanding required
Excellent for painting or moulding applications

Features

Moderate/high strength and stiffness, 6-12% elongation
Able to make extremely small and complex structures
High accuracy and watertight
Biocompatible USP Class VI

VisiJet M2R-WT

Production Rigid

Rigid general-purpose plastic with opaque white finish delivering a balance of strength and elongation with a moderate HDT

The Visijet M2R-WT is a rigid material that is good for a broad range of concept models and functional prototypes. It is bright white in colour (non-yellow) and has high-feature fidelity, sharp corners and edges and smooth surface finish. It is a general-purpose material with high accuracy suitable for prototypes, printed assemblies, medical/ dental applications and some end-use parts.

Applications

Opaque functional prototypes and some end-use parts
Rapid prototyping of plastic injection molded thermoplastic parts
Able to be drilled, tapped and machined and can create moderate functional snap fits
Functional printed assemblies and injection molded screw bosses
Functional printed screw-threads and thin walls
Medical/dental applications
Dye-tinted applications
Painted business/marketing collateral, prototypes and mockups
Excellent for painting or molding applications

Benefits

High fidelity fine features, sharp edges and high accuracy
Exceptional smooth and consistent surface finish
No surface cure inhibition of paints or silicones; no sanding required

Features

Moderate strength and stiffness, 20-30% elongation
Able to make extremely small and complex structures
High accuracy and watertight
Biocompatible USP Class VI & ISO 10993

VisiJet M2R-TN

Production Rigid

Rigid general-purpose plastic with opaque, high visual contrast, tan-coloured finish delivering a balance of strength and elongation with a moderate to high HDT

The VisiJet M2R-TN has a higher tensile strength and modulus properties over standard VisiJet M2 materials. It is a stronger and stiffer plastic that is good for a broad range of concept models and functional prototypes. It has high feature fidelity, sharp corners and edges, and smooth surface finish. It is a general-purpose material with high accuracy and high visual contrast colour suitable for general prototyping, dental mock-ups, and dental castings.

Applications

Simultaneous printing of dental mock-ups and flask casting patterns
Ideal material for standard and Digital Silicone Tooling using the Eggshell method
Opaque functional prototypes and some end-use parts
Rapid prototyping of plastic injection moulded thermoplastic parts
Able to be drilled, tapped, and machined
Functional printed assemblies and injection moulded screw bosses
Functional printed screw-threads and thin walls
Painted business/marketing collateral, prototypes, and mock-ups

Benefits

High fidelity fine features, sharp edges, and high accuracy
Exceptional smooth and consistent surface finish
High contrast tan colour for easy visualization of surface detail
No surface cure inhibition of paints or silicones. No sanding required.
Excellent for painting. Ideal for eggshell moulding applications.

Features

Moderate/high strength and stiffness, 6-12% elongation
Able to make extremely small and complex structures
High accuracy and watertight
Biocompatible USP Class VI

VisiJet M2 ENT

Elastic

Elastomeric soft rubber-like plastic with translucent yellow finish delivering a 30A Shore hardness

VisiJet M2-ENT is a soft rubber-like elastomer designed for general-purpose, engineering and medical prototyping needs. Even as a soft elastomer, it still achieves smooth and blemish free “moulding quality” surface with high-feature fidelity, sharp corners and edges.

It is an excellent rapid prototyping material for medical modelling, simulating seals and gaskets, and over moulding of rigid plastic prototypes. It is soft like silicone rubber and can be used for fit and function on prototypes but does not achieve many of the properties of silicone rubber.

Its flexibility and thermal properties allow it to be used to inject wax for investment casting patterns and can be used as a direct-printed silicone or two-part polyurethane mold with moderate to complex overhangs that require substantial flexing and bending to release the part after curing.

Applications

General prototyping of soft rubbers and elastomers
Accurate and flexible molds for investment casting patterns
Accurate and flexible molds for two-part polyurethane part production
Medical modeling

Benefits

High fidelity fine features, sharp edges and high accuracy
Exceptional smooth and consistent surface finish with the ability to create complex surface textures
Can be post-processed for higher stiffness and tear strength, or for a softer material with better rebound properties

Features

Shore D 30A
Highly flexible and bendable

VisiJet M2 EBK

Elastic

Elastomeric soft rubber-like plastic with black finish delivering a 30A Shore hardness

VisiJet M2-NT is a soft APPLICATIONS rubber-like elastomer designed for general-purpose, engineering and medical prototyping needs. Even as a soft elastomer, it still achieves smooth and blemish free “moulding quality” surface with high-feature fidelity, sharp corners and edges.

Its flexibility and thermal properties allow it to be used to inject wax for investment casting patterns and can be used as a direct-printed silicone or two-part polyurethane mould with moderate to complex overhangs that require substantial flexing and bending to release the part after curing.

Applications

General prototyping of soft rubbers and elastomers
Accurate and flexible molds for investment casting patterns
Accurate and flexible molds for two-part polyurethane part production
Medical modeling

Benefits

High fidelity fine features, sharp edges and high accuracy
Exceptional smooth and consistent surface finish with the ability to create complex surface textures
Can be post-processed for higher stiffness and tear strength, or for a softer material with better rebound properties

Features

Shore D 30A
Highly flexible and bendable

VisiJet M2 ICast

METAL CASTING / WAX

FITTING SEAMLESSLY INTO EXISTING FOUNDRY WORKFLOWS, THIS NEW 100% WAX 3D PRINTING MATERIAL DELIVERS REPEATABLE, HIGH QUALITY PATTERNS AT HIGH SPEED FOR DIRECT INVESTMENT CASTING OF INDUSTRIAL COMPONENTS.

VisiJet® M2 ICast RealWax™ 3D printing material is a new unfilled paraffin based wax with added resins for the ProJet® MJP 2500 IC wax printer, delivering high quality and accuracy patterns for reliable performance and results throughout existing investment casting processes and equipment. Its high contrast green color allows for easy fine details visualization. This new MJP 3D printing solution enables the production of hundreds of small to medium-size patterns more quickly and less expensively compared to the time and cost to build and run a traditional injection tool.

Applications

Fine mesh and filigree design jewelry castings
Stone-in-place castings
Traditional jewelry designs

Benefits

For use with standard lost wax casting techniques
Clean burnout with no ash content
More robust 3D printed patterns resist breaking through normal handling
Allows for fine featured designs with filigree or mesh patterns

Features

100% Wax
Increased flexibility over traditional casting waxes
Increased pattern durability
High contrast red color for visibility

Key Mechanical Properties

Melting point: 62-63°C
Softening point: 43-47°C
Volumetric shrinkage: 1.7% (from 40°C to 23°C)
Linear shrinkage: 0.58% (from 40°C to 23°C)
Needle penetration hardness: 14 (ASTM D1321)
Ash content: 0.00% (ASTM D5630-13A)

VisiJet M2 CAST

METAL CASTING / WAX

THIS 100% WAX 3D PRINTING MATERIAL DELIVERS REPEATABLE HIGH QUALITY, DURABLE PATTERNS AT HIGH SPEED FOR PRECISION JEWELRY METAL CASTING EXCELLENCE AND RELIABILITY.

VisiJet® M2 CAST is a 100% wax 3D printing material for the ProJet® MJP 2500W wax printer, delivering durable, high quality patterns for reliable performance and results throughout existing lost-wax casting processes and equipment. Its high contrast deep purple color allows for easy fine details visualization.

Applications

Fine mesh and filigree design jewelry castings
Stone-in-place castings
Traditional jewelry designs

Benefits

For use with standard lost wax casting techniques
Clean burnout with no ash content
More robust 3D printed patterns resist breaking through normal handling
Allows for fine featured designs with filigree or mesh patterns

Features

100% Wax
Increased flexibility over traditional casting waxes
Increased pattern durability
High contrast red color for visibility

Key Mechanical Properties

Melting point: 62-63°C
Softening point: 43-47°C
Volumetric shrinkage: 1.7% (from 40°C to 23°C)
Linear shrinkage: 0.58% (from 40°C to 23°C)
Needle penetration hardness: 14 (ASTM D1321)
Ash content: 0.00% (ASTM D5630-13A)

VisiJet Wax Jewel Red

Wax / Jewelry

PRODUCE HIGHLY INTRICATE DESIGNS WITH FLEXIBLE AND DURABLE 3D PRINTED PURE WAX CASTING PATTERNS.

Durable yet flexible casting patterns enable the production of new design styles, opening up new possibilities in wax 3D printing. Patterns produced using VisiJet® Wax Jewel Red material withstand handling through the entire lost wax casting process, and are especially advantageous for features such as lightweight filigree and thin wire mesh designs.

Pattern durability and increased flexibility promote productivity and cost savings by reducing the time and costs associated with fragile patterns breaking.

Applications

Fine mesh and filigree design jewelry castings
Stone-in-place castings
Traditional jewelry designs

Benefits

For use with standard lost wax casting techniques
Clean burnout with no ash content
More robust 3D printed patterns resist breaking through normal handling
Allows for fine featured designs with filigree or mesh patterns

Features

100% Wax
Increased flexibility over traditional casting waxes
Increased pattern durability
High contrast red color for visibility

Key Mechanical Properties

Melting point: 62-63°C
Softening point: 43-47°C
Volumetric shrinkage: 1.7% (from 40°C to 23°C)
Linear shrinkage: 0.58% (from 40°C to 23°C)
Needle penetration hardness: 14 (ASTM D1321)
Ash content: 0.00% (ASTM D5630-13A)

VisiJet Wax Jewel Ruby

Wax / Jewelry

BRING INTRICATE DESIGNS TO LIFE WITH DURABLE, FLEXIBLE, AND DIMENSIONALLY STABLE 3D PRINTED PURE WAX CASTING PATTERNS.

Durable yet flexible casting patterns enable the production of new design styles, opening up new possibilities in wax 3D printing. Patterns produced using VisiJet® Wax Jewel Ruby material withstand handling through the entire lost wax casting process, and remain stable even in high ambient temperatures. Pattern durability and increased flexibility promote productivity and cost savings by reducing the time and costs associated with fragile patterns breaking. This pure wax is the best performing material for stone-setting.

Applications

Typical and custom jewelry designs
Stone in-place castings
Fine mesh and filigree design jewelry castings

Benefits

Durability and dimensional stability in high temperature environment
For use with standard lost wax casting processes
Clean burnout with no ash content
Allows for fine featured designs with filigree or mesh patterns

Features

100% Wax
Increased flexibility over traditional casting waxes
Increased pattern durability
High contrast dark red color for details visualization

VisiJet Wax Jewel Ruby

Wax / Jewelry

BRING INTRICATE DESIGNS TO LIFE WITH DURABLE, FLEXIBLE, AND DIMENSIONALLY STABLE 3D PRINTED PURE WAX CASTING PATTERNS.

Applications

Typical and custom jewelry designs
Stone in-place castings
Fine mesh and filigree design jewelry castings

Benefits

Durability and dimensional stability in high temperature environment
For use with standard lost wax casting processes
Clean burnout with no ash content
Allows for fine featured designs with filigree or mesh patterns

Features

100% Wax
Increased flexibility over traditional casting waxes
Increased pattern durability
High contrast dark red color for details visualization

Key Mechanical Properties

Melting point: 61-63°C
Softening point: 45-47°C
Volumetric shrinkage: 1.5% (from 40°C to 23°C)
Linear shrinkage: 0.50% (from 40°C to 23°C)
Needle penetration hardness: 12 (ASTM D1321)
Ash content: 0.00% (ASTM D5630-13A)