Plastic Materials

Our 3D printing materials mimic a wide array of engineering plastics, elastomers, and composites and match the needs of your specific applications needs in terms of flexibility, durability, stiffness, toughness, stability, clarity, look and feel, bio-compatibility, temperature or water resistance, and more.

Industrial Plastics

DuraForm PA (SLS)
A durable thermoplastic with balanced mechanical properties and fine-feature surface resolution. For real world functional testing and low to mid-volume production runs. Capable of meeting UPS Class VI.
Applications include: 
Prototypes that require good durability and strength, Low to mid volume direct manufacturing of end-use parts, Medical parts that require USP Class VI compliance or must be sterilized, Complex, thin-walled ducts, Aircraft and motorsports parts, Enclosures and housings, Parts with snap-fits and living hinges, Automotive dashboards, grilles and bumpers

DuraForm ProX EX NAT (SLS)
The excellent impact and fatigue resistance of DuraForm ProX EX NAT nylon material for SLS 3D printing make it ideal for functional applications where durability and longevity are a factor. In fact, in unnotched Izod impact strength testing to ASTM standards, the DuraForm ProX EX NAT material did not break. Resistant to fuel and oil, DuraForm ProX EX NAT is perfect for automotive applications, including crash tests and stress simulations. This durable white nylon delivers tough, complex parts that rival injection molded ABS and polypropylene without the delay and cost of tooling. 
Applications include: 
Short run production of durable plastic parts; consumer goods, electrical housings and enclosures, sporting equipment etc.; vehicle instrument panels and components; snap-fits and living hinges; automotive bumpers and grille assemblies; exhaust and duct systems; impellers


Accura 60 (SLA)

Clear plastic for quickly producing rigid and strong parts with the aesthetics of molded polycarbonate (PC). Also suitable for investment casting patterns.
Applications include: 
Tough and functional prototypes; transparent assemblies; clear display models; lighting components (lenses etc.); fluid flow and visualization models; QuickCast™ light and stable investment casting patterns 

VisiJet M3 Crystal (MJP) TRANSLUCENT / BIO-COMPATIBLE This durable clear plastic delivers high transparency and Class VI capability for medical, prototyping and tooling applications. VisiJet® M3 Crystal is a translucent material with high durability and stability, ideal for see-through functional testing and rapid tooling applications. This material is also USP Class VI capable for approved medical applications.

VisiJet M2R-WT (MJP)
Ideal for applications that require rigid mechanical function and moderate flex. Boasts exceptional, smooth white finish. VisiJet® M2R-WT delivers the look and feel of injection-molded plastic to most prototyping applications. Rigid function with moderate flex provides versatility in machining applications such as drilling, tapping and metal inserts. As a USP Class VI certified material with ISO 10993 biocompatibility, it’s suitable for medical applications such as surgical guides. 
*Respectively replaces former VisiJet® M2 RWT material.

VisiJet ProFlex (M2G-DUR) (MJP)
VisiJet ProFlex (M2G – DUR) material is ideal for living hinge applications that require durability and extreme pliability. This polypropylene-like rigid, clear plastic delivers an effective combination of high impact resistance and extreme flex to provide robust engineering-grade performance.

Figure 4 TOUGH-GRY 15
An economical material that offers high strength and stability for short-run productions of rigid gray parts at a fraction of the cost of traditional methods. With 35% elongation at break, this durable material produces highly accurate components. Figure 4 TOUGH-GRY 15 is designed to offer high strength and stability for production applications. Economical pricing allows short-run production parts to be produced at a fraction of the cost of traditional methods. This durable opaque gray material produces highly accurate components for consumer goods, aerospace, and automotive industries, with digital molding productivity and cost-efficiency. 
Rapid design iteration; strong, functional parts for automotive stylin; form, fit and function testing; durable assemblies and snap fits; bezels, covers, cases; master patterns; short-run manufacturing of rigid parts; consumer goods; ready for painting or plating

Figure 4 TOUGH-GRY 10
A high-speed material capable of print speeds up to 100 mm/hour for the production of strong, rigid gray parts in a fraction of the time. With 25% elongation at break, it has the durability required for a broad range of applications. Figure 4 TOUGH-GRY 10 is capable of print speeds up to 100 mm/hour in a strong production plastic. This dark gray plastic material is extremely stable, even under high humidity conditions. 
Rapid design iteration; strong functional parts for automotive styling; form, fit and function testing; durable assemblies and snap fits; bezels, covers, cases; master patterns for RTV molding or other uses; short-run manufacturing of rigid parts; consumer goods; ready for painting or plating

Figure 4 PRO-BLK 10
Production-grade additive manufacturing material with game-changing thermoplastic-like mechanical properties and long-term environmental stability. This versatile rigid heat-resistant material combines speed, strength, and excellent mechanical properties for tool-less, direct production of plastic parts.
Figure 4 PRO-BLK 10 delivers on the promise of additive manufacturing with true, direct digital production of plastic parts. Go from CAD to the 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’s a high-precision resin that produces parts with a smooth surface finish and quality sidewalls. It also has excellent mechanical properties and long-term environmental stability that brings a new level of assurance to 3D production. 
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 
Improved environmental stability of mechanical and performance properties; 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 
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 
Key Mechanical Properties: Tensile Strength; ultimate: 63 MPa; elongation at break: 12%; tensile modulus: 2320 MPa; impact strength (notched Izod): 24 J/m; heat deflection temperature @ 0.455 MPa: 70°C

VisiJet M3 Stoneplast (MJP)
Translucent rigid plastic with Class VI capability for medical-grade parts such as drill guides, working and thermoforming models.
VisiJet® M3 Stoneplast material produces translucent dental models directly from digital data for dentists and dental labs. Also USP Class VI capable for medical applications, this material is ideal for the production of drill guides, jaw models, orthodontic thermoforming models, and more.


Figure 4 JCAST-GRN 10
Optimized for clean and easy burnout for direct casting, this high contrast green castable material delivers finely detailed, high-resolution jewelry patterns to produce high-quality pieces of jewelry rapidly. Designed for the jewelry casting professional, Figure 4 JCAST-GRN 10 produces accurate, reproducible, and highly detailed master patterns for jewelry casting. This high-contrast green material is easy to cast and has minimal ash and residue. 
Master patterns for gypsum investment casting of a wide range of jewelry pieces, including rings, brooches, and bracelets; suitable for a range of precious metals; highly detailed models for design validation, customer samples, etc.

VisiJet M2 CAST (MJP)

This 100% wax 3D printing material delivers repeatable, high-quality, and durable patterns at high speed for precision jewelry metal casting.
VisiJet® M2 CAST is a 100% wax 3D printing material for the ProJet® MJP 2500W wax printer. It delivers 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 the easy visualization of fine details.

VisiJet FTX Cast (Micro-SLA)
Wax and plastic hybrid material for delicate, crisp details on small features. Castings have clean, ash-free burnout. Created especially for the ProJet® 1200, the VisiJet® FTX Cast material is a UV-curable plastic with wax that was designed specifically for delicate metal castings, ideal for precise, small-scale and finely detailed patterns of mechanical components, sculptures, collectibles, jewelry pieces, dental wax-ups, and more. It delivers incredible detail and super smooth patterns and cleanly burns out for ash-free castings.

Consumer Plastics/Filaments

Z-ESD filament gives your models electrostatic discharge protection, which is particularly useful in the electronic industry. Its surface resistivity, which ranges from 10^6 to 10^9 Ω, eliminates the risk of damaging sensitive electronic devices. The filament protects your models against most acids, alcohols, and weak alkalies. Z-ESD is perfect for the casings of delicate electronic and mechanical components within adverse industrial environments.
Applications: industrial parts and tools; end-use parts; casings for electronic devices; parts that require resistance to chemicals and electrostatic discharge

Z-ULTRAT 3D printer filament is an ABS plastic blend unique to Zortrax Ecosystem. Designed for durability and excellent surface quality, the material works great whenever high-quality is of the essence. Use it for functional prototypes, end-use parts or to 3D print consumer products. No matter the purpose, models 3D printed with Z-ULTRAT will last longer than those made of standard ABS. This 3D printing material is resistant to high temperatures and impacts. Its exceptional hardness allows you to test models in real-life conditions.
Applications: functional prototypes; consumer products; casing prototypes; mechanical parts, tools, and spare parts; sculptures and accessories; parts that require durability and stability over time

Z-PETG filament combines glycol with standard PET material to eliminate brittleness. The result is improved durability and tensile strength. Z-PETG is an industrial-grade 3D printing material designed to work in extreme environments. It’s resistant to oils and greases. The filament doesn’t degrade over time and is immune to UV light. Use it to test your prototypes in various industrial conditions. Low shrinkage allows to 3D print complex mechanical elements as well as final components. The material’s strength can be used to create working parts designed to endure stress like springs, shock absorbers, and manufacturing tools. Z-PETG is a robust solution for highly demanding professionals.
Applications: industrial tools and parts; parts that require resistance to salts, acids, alkalis, solvents, greases, and oils; mechanical components; working mechanisms; crash tests; packaging prototypes; containers and casings

Z-ABS 3D printing filament is a universal solution for economical prototyping and manufacturing. Its low-cost and versatility lets you efficiently test various iterations of your designs without spending too much. The 3D printing material also withstands high temperatures and it’s tough enough for basic functional testing. This filament will also prove useful for economical short-series production of casings, accessories, and educational props. Z-ABS is available in a wide range of colors. The mat surface of Z-ABS is easy to post-process. The material can be treated chemically or mechanically. You can use acetone to merge bigger parts 3D printed separately. The cost-effectiveness of Z-ABS goes even further. You can reuse rafts and peeled off support them structures to prepare ABS juice. Simply mix them with acetone and apply onto the build platform to increase the adhesion of the first 3D printed layer.
Applications: prototypes; concept models; low-cost drafting; casings; figurines; gaming and toys; gadgets and decorative accessories; display models; DIY projects; educational aids

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