Specially dedicated Zortrax printing materials maximize the benefits of 3D printing with Zortrax devices. These thermoplastic materials are in the form of filaments either wound on a spool or enclosed in a cartridge. Each material has different properties, and can easily be adapted to a wide range of needs and applications. Moreover, most of the materials can be mechanically and chemically post-processed.
Z-PLA is an ecological material which is commonly used in the 3D printing industry. It is derived from natural resources and, as a result, it is biodegradable and environment-friendly. Its main attributes include very low shrinkage and a high degree of hardness. With no limits to shapes and complexity of models, Z-PLA gives you the possibility to print high-quality parts, detailed conceptual objects, and even consumer goods. Its smooth surface will also provide exceptional aesthetics for mock-ups, decorative and display elements, and educational models.
Dedicated for: M200 Plus, M300 Plus, M300 Dual, Inventure*
*both single- and dual-extrusion modes
| Dedicated for | Container | Weight | Diameter |
|---|---|---|---|
Zortrax Inventure* |
cartridge |
350 g ±5% |
1.75 mm |
Zortrax Inventure* |
spool |
800 g ±5% |
|
Zortrax M200 Plus |
|||
Zortrax M300 Plus |
2000 g ±5% |
||
Zortrax M300 Dual |
| Key Properties | Metric | Imperial | Test Method |
|---|---|---|---|
Tensile Strength |
47.95 MPa |
6950 psi |
ISO 527:1998 |
Bending Stress |
56.80 MPa |
8240 psi |
ISO 178:2011 |
Glass Transition Temperature |
57.06oC |
135oF |
ISO 11357-3:2014 |
HEART. Intricate model of the human heart based on MRI scan. The model was 3D printed with Z-PLA filament and water-soluble support to accurately represent complexity of the organ.
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.
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.
As Z-ABS and Z-ABS 2 are two types of ABS in the Zortrax range offered, Zortrax recommend making sure which one you’re using by checking the material sticker visible on a spool to choose the right printing profile. In case you’re printing a .zcode or .zcodex previously sliced for Z-ABS, slicing them again with Z-ABS 2 profile is necessary.
| Dedicated for | Container | Weight | Diameter |
|---|---|---|---|
Zortrax M200 |
spool |
800 g ±5% |
1.75 mm |
Zortrax M200 Plus |
|||
Zortrax M300 Plus |
|||
Zortrax M300 Dual* |
| Key Properties of Z-ABS | Metric | Imperial | Test Method |
|---|---|---|---|
Izod Impact, Notched |
8.93 kJ/m2 |
4.25 ft-lb/in2 |
ISO 180:2004 |
Elongation at Break |
11.08% |
11.08% |
ISO 527:1998 |
Glass Transition Temperature |
107.89° C |
226° F |
ISO 11357-3:2014 |
SPEEDOMETER. 3D printed with a low-cost Z-ABS filament, the prototype of motorcycle speedometer allows engineers to see how this part would work in a full-sized vehicle.
Z-NYLON is a versatile material that exhibits high impact and abrasion resistance. Its properties also include resistance to high temperatures and moderate chemical substances. All these characteristics will bring the highest benefit to engineers and users from various industry fields during the preparation of functional prototypes. What’s more, models printed with Z-NYLON can be post-processed with tools meant for machining metals and can easily be painted. Z-NYLON is fully suited for technical and mechanical parts, such as toothed gears, guides, slide bearings, or functional tools.
Dedicated for: M200 Plus, M300 Plus, Inventure* and M300 Dual*
*single-extrusion mode only
Key Features:
Durability – Z-NYLON is very strong. It can be post-processed with tools meant for machining metal.
Chemical resistance – Z-NYLON is resistant to a wide range of chemicals including light alkalis and acids.
Ease of dyeing – Models 3D printed with Z-NYLON can be easily colored with dyes commonly used for clothing.
| Dedicated for | Container | Weight | Diameter |
|---|---|---|---|
Zortrax M200 Plus |
spool |
800 g ± 5% |
1.75 mm |
Zortrax Inventure* |
|||
Zortrax M300 Plus |
2000 g ± 5% |
||
Zortrax M300 Dual* |
| Key Properties | Metric | Imperial | Test Method |
|---|---|---|---|
Flexural Modulus |
781.01 MPa |
113 ksi |
ISO 178:2011 |
Tensile Strength |
33.22 MPa |
4820 psi |
ISO 527:1998 |
Melting Point |
172.81° C |
343° F |
ISO 11357-3:2014 |
A vise. A fully functional vise 3D printed with Z-NYLON.
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.
Z-ULTRAT comes in various colors divided into four palettes: basics, neutrals, neons and pastels. Based on ABS, the material can be easily post-processed with acetone and mechanical treatment. This thermoplastic allows you to reliably achieve properties found in items manufactured with injection molding technology. Z-ULTRAT 3D printing material is perfect for cost-effective low-series production with Z-ULTRAT.
Key Features:
High durability – Designs of the educational robot’s casing were tested with 3D printed prototypes. The team could conduct tests internally by using highly durable 3D printing material. Z-ULTRAT allowed them to greatly reduce cost of prototyping and speed up the designing stage.
End-use products – Z-ULTRAT is based on Acrylonitrile Butadiene Styrene (ABS), so you don’t have to compromise surface quality for physical properties. Use acetone and mechanical post-processing to turn 3D printed objects into stunning showcase models.
Easy post-processing – Z-ULTRAT is an excellent choice for low-series production of consumer products and specialized tools. The 3D printed vein winch is a functional device that facilitates the work of medical specialists. Stable and time-lasting, Z-ULTRAT provides end-use parts with unparalleled endurance.
| Dedicated for | Container | Weight | Diameter |
|---|---|---|---|
Zortrax M200 |
spool |
800 g ±5% |
1.75 mm |
Zortrax M200 Plus |
|||
Zortrax Inventure* |
|||
Zortrax M300 Plus |
2000 g ±5% |
||
Zortrax M300 Dual* |
| Key Properties | Metric | Imperial | Test Method |
|---|---|---|---|
Flexural Modulus |
1.85 GPa |
268 ksi |
ISO 178:2011 |
Shore Hardness (D) |
73.4 |
73.4 |
ISO 868:1998 |
Glass Transition Temperature |
106.40oC |
224oF |
ISO 11357-3:2014 |
HEADPHONES. Functional prototype of headphones 3D printed with Z-ULTRAT material. High-quality aesthetics and remarkable durability allow for thorough evaluation of production feasibility.
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 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.
KEY FEATURES:
Chemical resistance – Z-PETG provides your 3D printed casings and containers with resistance to chemicals including salts, acids, alkalis, solvents, greases, and oils.
Impact resistance – Utilize properties of Z-PETG filament to 3D print exceptionally durable workshop tools and mechanical parts.
End-use parts – Zortrax blend of Polyethylene Terephthalate Glycol is perfect for manufacturing end-use industrial parts due to its physical and chemical properties.
Very low shrinkage – Z-PETG provides shrinkage-free 3D printing of large objects, as well as small intricate mechanisms.
| Dedicated for | Container | Weight | Diameter |
|---|---|---|---|
Zortrax M200 |
spool |
800 g ±5% |
1.75 mm |
Zortrax Inventure* |
|||
Zortrax M200 Plus |
|||
Zortrax M300 |
2000 g ±5% |
||
Zortrax M300 Plus |
|||
Zortrax M300 Dual* |
|||
Zortrax Inventure* |
cartridge |
350 g ±5% |
| Key Properties | Metric | Imperial | Test Method |
|---|---|---|---|
Izod Impact, Notched |
3.27 kJ/m2 |
1.56 ft-lb/in2 |
ISO 180:2004 |
Elongation at max Tensile Stress |
6.39% |
6.39% |
ISO 527:1998 |
Glass Transition Temperature |
77.65oC |
172oF |
ISO 11357-3:2014 |
CANISTER. Resistant to chemicals, Z-PETG is an excellent choice for designing containers.
With Z-GLASS semi-transparent filament you can 3D print light-transmitting final parts and precise prototypes. The material lets you replace brittle glass with resilient thermoplastic. Z-GLASS is durable and resistant to scratching. Moreover, the material withstands exposure to salts, acids, bases, and solvents. That’s why it’s ideal for industrial prototyping in automotive industry and design.
KEY FEATURES:
Light-transmitting – Objects 3D printed with Z-GLASS are semi-transparent. That’s why they can imitate glass. You can apply various coating substances to enhance the effect and make them even glossier.
End-use products – Z-GLASS is perfect for end-use products, like a camera light diffuser, 3D printed at the fraction of the market price. Translucency of the models can be adjusted by changing settings in Z-SUITE.
Scratch-free – Z-GLASS material is scratch-resistant, making the 3D printed models usable over a long period of time. Combined with chemical resistance, the filament is ideal for prototyping and industrial tooling.
| Dedicated for | Container | Weight | Diameter |
|---|---|---|---|
Zortrax M200 |
spool |
800 g ±5% |
1.75 mm |
Zortrax M200 Plus |
|||
Zortrax Inventure* |
|||
Zortrax M300 |
2000 g ±5% |
||
Zortrax M300 Plus |
|||
Zortrax M300 Dual* |
| Key Properties | Metric | Imperial | Test Method |
|---|---|---|---|
Tensile Strength |
39.57 MPa |
5740 psi |
ISO 527:1998 |
Elongation at max Tensile Stress |
5.94% |
5.94% |
ISO 527:1998 |
Glass Transition Temperature |
78.06o C |
173o F |
ISO 11357-3:2014 |
WORKSHOP LAMP. Transparent parts of the lamp 3D printed with two colors of Z-GLASS. The material is a perfect replacement for brittle glass.
Z-HIPS filament is best for 3D printing large models. Its durability makes it perfect for prototyping machines and functional testing. Compared to standard High Impact Polystyrene, Z-HIPS has been modified to provide your 3D prints with unique semi-mat finish. The material’s surface quality is on par with surfaces of mass produced items. With Z-HIPS you can quickly prototype casings and industrial parts with no post-processing needed. This low-shrinkage material allows you to efficiently run reliable performance tests on models closely resembling final products.
Functional prototyping – Speed up product design by 3D printing high-end prototypes with Z-HIPS. Reliably test functionality and form of your designs before starting the production.
Smooth semi-mat surface – Z-HIPS prototypes perfectly imitate final products. Semi-mat finish reduces the amount of post-processing needed and masks the layering.
Impact resistance and high durability – Visually stunning, prototypes 3D printed with this polystyrene filament are also suitable for performance and impact tests.
| Dedicated for | Container | Weight | Diameter |
|---|---|---|---|
Zortrax M200 |
spool |
800 g ±5% |
1.75 mm |
Zortrax M200 Plus |
|||
Zortrax M300 |
2000 g ±5% |
||
Zortrax M300 Plus |
| Key Properties | Metric | Imperial | Test Method |
|---|---|---|---|
Elongation at Break |
7.75% |
7.75% |
ISO 527:1998 |
Shore Hardness (D) |
73.2 |
73.2 |
ISO 868:1998 |
Glass Transition Temperature |
98.68oC |
210oF |
ISO 11357-3:2014 |
MOTORCYCLE TANK. A prototype of motor tank 3D printed with Z-HIPS. The material’s flawless surface reduces the amount of required post-processing.
Z-FLEX is a thermoplastic polyester elastomer that can be 3D printed at a relatively fast rate of 45mm/s. The filament has great interlayer adhesion and dimensional tolerance falling below +/- 0,02 mm. Z-FLEX is elastic, can bend without breaking, and is resistant to various chemicals including gasoline, ethyl alcohol, butane, and carbon monoxide.
Compared to Z-SEMIFLEX, this filament is a little more elastic and has more rubber-like texture. Besides being able to withstand temperatures as high as 70° C, it can maintain its integrity in low temperatures reaching -40° C. Z-FLEX is perfect for 3D printing parts intended to be bent frequently like tires, elastic hinges, or gaskets.
KEY FEATURES:
Fast extrusion – Z-FLEX can 3D print at a relatively high rate of 45mm/s. This makes this filament faster to 3D print with than most flexible materials.
Low temperature resistance – Z-FLEX can maintain its integrity in temperatures as low as -40° C. It’s perfect for models intended for very cold environments.
Chemical resistance – Z-FLEX is resistant to various chemicals including gasoline, ethyl alcohol, butane, and carbon monoxide. It’s great meant to work in industrial settings.
| Dedicated for | Container | Weight | Diameter |
|---|---|---|---|
Zortrax M200 Plus |
spool |
800 g ± 5% |
1.75 mm |
Zortrax M300 Plus |
|||
Zortrax Inventure* |
|||
Zortrax M300 Dual* |
| Key Properties | Metric | Imperial | Test Method |
|---|---|---|---|
Shore Hardness |
31D |
31D |
ISO 868:1998 |
Elongation at Break |
3319.12% |
3319.12% |
ISO 527:1998 |
Resistance to Surface Abrasion |
95 mg |
1.46 gr |
D1044 (wheel H-18) |
A shock absorber dust cover. A shock absorber dust cover 3D printed with Z-FLEX to obtain both flexibility and high chemical resistance of the part.
Z-PCABS is a highly durable blend of Polycarbonate (PC) fibers and ABS. This 3D printing filament is resistant to impacts, UV light, and high temperature. Z-PCABS doesn’t change its properties over the course of time and withstands exposure to chemicals including salts, acids, and alkalis. The material is perfect for industrial applications. Whether it is for prototyping, toolmaking or end-use parts manufacturing, objects 3D printed with Z-PCABS will remain fully functional and durable. It also works in 3D printing housings of tools, construction elements and automotive components exposed to impacts and hazardous substances.
End-use products – Apply the filament whenever unyielding durability is required. Replace parts prone to damage with sturdier ones 3D printed with Z-PCABS.
High durability – Z-PCABS brings the advantages of ABS reinforced with highly durable Polycarbonate fibers. The high strength of the 3D printing material makes it a reliable choice for rapid prototyping and end-use parts.
Chemical resistance – Use Z-PCABS to 3D print objects meant to work in hazardous environments. The filament is immune to salts, acids, and alkalis
| Dedicated for | Container | Weight | Diameter |
|---|---|---|---|
Zortrax M200 |
spool |
800 g. ±5% |
1,75 mm |
Zortrax M200 Plus |
| Key Properties | Metric | Imperial | Test Method |
|---|---|---|---|
Izod Impact, Notched |
11.40 kJ/m2 |
5.42 ft-lb/in2 |
ISO 180:2004 |
Glass Transition Temperature |
104.1° C |
219° F |
ISO 11357-3:2014 |
Shore Hardness (D) |
73.0 |
73.0 |
ISO 868:1998 |
RC CAR. Internal parts 3D printed with Z-PCABS ensure structural integrity of the RC Car.
Z-ESD* filament gives your models electrostatic discharge protection particularly useful in the electronic industry. Its surface resistivity ranging from 10^6 to 10^9 Ω/sq 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 casings of delicate electronic and mechanical components working in an adverse industrial environment.
The 3D printing material is best for industrial applications, like casings, tools made ad-hoc, and production parts. Low shrinkage guarantees precise and risk-free 3D printing of large models. Z-ESD is available in black.
*Starting from June 22nd 2020, two types of Z-ESD material are included in the range of our materials – Z-ESD and Z-ESD v2. Both have the same properties, however, as their printing settings differ – two profiles, Z-ESD and Z-ESD v2 are available in Z-SUITE. The spools of both Z-ESD types are tabbed accordingly, and we recommend making sure which one you’re using by checking the material sticker and choose the right printing profile. In case you’re printing a .zcodex previously sliced for Z-ESD, slicing them again with the Z-ESD v2 profile is necessary for printing with the v2 material type.
Electrostatic discharge protection – Z-ESD material maintains surface resistivity in a wide range from 10^6 to 10^9 Ω/sq. The 3D printed casings and tools allow you to protect delicate components against electrostatic discharges.
Industrial grade – Very low shrinkage of Z-ESD guarantees accuracy and reliability of every print. 3D print precise end-use parts to cut costs and lead times.
Chemical resistance – Use Z-ESD to 3D print parts meant for work in adverse environments. You can expose the 3D printed objects to most acids, alcohols, and weak alkalies with no risk of deformation or damage.
| Dedicated for | Container | Weight | Diameter |
|---|---|---|---|
Zortrax M200 Plus |
spool |
800 g ±5% |
1.75 mm |
Zortrax M300 Plus |
| Key Properties of Z-ESD | Metric | Imperial | Test Method |
|---|---|---|---|
Tensile Strength |
32.88 MPa |
4770 psi |
ISO 527:1998 |
Flexural Modulus |
1.50 GPa |
218 ksi |
ISO 178:2011 |
Glass Transition Temperature |
79.93° C |
176° F |
ISO 11357-3:2014 |
| Key Properties of Z-ESD v2 | Metric | Imperial | Test Method |
Tensile Modulus |
2.3 – 2.4 GPa |
334 – 348 ksi |
DIN 53457 |
Glass Transition Temperature |
80 – 90° C |
176 – 194° F |
DSC |
BUS PIRATE. Casing for the bus pirate installed on a circuit board. The electrostatic sensitive device is protected by the casing 3D printed with Z-ESD material reducing the risk of damage.
Z-ASA Pro 3D printing material is a stable thermoplastic designed to withstand adverse environments extending the life span of your models. The material is highly resistant to changing weather conditions and UV light, which makes it ideal for outdoor applications. Z-ASA Pro guarantees your models won’t change color and physical characteristics even after extensive testing outdoors. High temperature resistance makes it possible to test models under direct sunlight with no risk of deformation and bleaching. Z-ASA Pro is also suitable for accurate 3D printing of large models due to low shrinkage and warping. The filament is available in multiple colors.
Weather resistance – Weather resistance of Z-ASA Pro filament allows for testing your models outdoors. 3D printed, highly durable prototypes and final parts can work even in direct sunlight.
UV stable – Z-ASA Pro won’t deform or fade when exposed to the heat. Conduct thorough outdoor tests, no matter the changing temperature and direct sunlight.
Low shrinkage and warping – The polystyrene-based filament is also available for Zortrax M300, which makes it ideal for large casings and parts. Its low shrinkage and warping guarantee dimensionally accurate 3D printing.
| Dedicated for | Container | Weight | Diameter |
|---|---|---|---|
Zortrax M200 |
spool |
800 g ±5% |
1.75 mm |
Zortrax M200 Plus |
|||
Zortrax M300 |
2000 g ±5% |
||
Zortrax M300 Plus |
|||
Zortrax M300 Dual* |
| Key Properties | Metric | Imperial | Test Method |
|---|---|---|---|
Izod Impact, Notched |
3.81 kJ/m2 |
1.81 ft-lb/in2 |
ISO 180:2004 |
Flexural Modulus |
1.36 GPa |
197 ksi |
ISO 178:2011 |
Glass Transition Temperature |
80.99° C |
178° F |
ISO 11357-3:2014 |
TURBINE. Fully functional prototype of the wind turbine 3D printed with Z-ASA Pro filament. The model stays unaffected by the changing temperature, humidity and light, allowing for a prolonged field testing.
Z-PLA Pro biodegradable filament has been designed with superior aesthetics in mind. An addition of chalk gives its surface a unique mat finish and more visible details with gypsum-like texture. The material’s improved composition guarantees reduced shrinkage and practically no warping. That’s why, the filament is perfect for 3D printing large architectural mock-ups or complex educational models. High-end conceptual models and decorative elements are also among its applications due to the superb surface quality.
Z-PLA Pro withstands mechanical post-processing, so it’s possible to refine the looks of the models even further when necessary. The eco-friendly filament is available in unique colors particularly popular in architecture. Shades like Concrete Grey and Brick perfectly imitate the real materials, so there’s no need to paint the models. All of the above, makes Z-PLA Pro 3D printing filament a fail-safe solution for effect-oriented architects and designers.
No warping – Use Z-PLA Pro to 3D print large-scale objects with no warping. Achieve superior quality with every print, no matter the size of your model.
High-detail 3D printing – Addition of chalk to the material’s composition enhances its surface with a unique mat finish and makes details more visible.
Professional color palette – Color palette of Z-PLA Pro filament features shades imitating real materials common in architecture: Concrete Grey and Brick. Use them to quickly prepare superb architectural mock-ups.
| Dedicated for | Container | Weight | Diameter |
|---|---|---|---|
Zortrax M200 |
spool |
800 g ±5% |
1.75 mm |
Zortrax M200 Plus |
|||
Zortrax M300 |
2000 g ±5% |
||
Zortrax M300 Plus |
| Key Properties | Metric | Imperial | Test Method |
|---|---|---|---|
Bending Stress |
58.60 MPa |
8500 psi |
ISO 178:2011 |
Shore Hardness (D) |
77.6 |
77.6 |
ISO 868:1998 |
Glass Transition Temperature |
48.82oC |
120oF |
ISO 11357-3:2014 |
SKYSCRAPER. A large architectural mock-up of a skyscraper 3D printed with Z-PLA Pro. The surface is smooth and exceptionally rich in details.
Z-ULTRAT Plus is a highly resilient ABS-based 3D printing filament. It’s perfect for functional prototypes or 3D printing complex moving mechanisms in one go. No matter the purpose, objects created with Z-ULTRAT Plus remain dependable thorough time. What’s more, this 3D printing material is unaffected by high temperatures and impacts. Its exceptional resilience allows for demanding tests conducted in adverse environments. The filament is also suitable for creating durable end-use parts for automotive industry and engineering purposes. Improved adhesion between layers reinforces 3D printed parts.
Combined with a water-soluble Z-SUPPORT Premium filament, Z-ULTRAT Plus is a reliable solution for 3D printing intricate, hollow objects. Dissolvable support structures allow stacking batches of parts on top of each other. This feature provides a fitting solution for cost-effective short-run production. Based on ABS, the material can withstand post-processing with acetone and mechanical treatment. Z-ULTRAT Plus 3D printing material is securely locked in a cartridge to ensure the highest quality of every print.
KEY FEATURES:
High durability – Z-ULTRAT Plus is exceptionally resistant to impacts and has improved interlayer adhesion when compared to standard ABS. The filament provides 3D printed end-use parts with unyielding durability.
High-detail 3D printing – Z-ULTRAT Plus filament is perfect for 3D printing small, complex working mechanisms and intricate prototypes due to its dimensional accuracy and superior surface quality.
Works with Z-SUPPORT Premium – Although Z-ULTRAT Plus is based on ABS, its composition have been altered to allow simultaneous 3D printing with water-soluble PVA-based Z-SUPPORT Premium filament.
| Dedicated for | Container | Weight | Diameter |
|---|---|---|---|
Zortrax Inventure* |
cartridge |
350 g ±5% |
1.75 mm |
Zortrax M300 Dual* |
spool |
2000 g ±5% |
|
Zortrax Endureal |
spool |
2000 g ±5% |
| Key Properties | Metric | Imperial | Test Method |
|---|---|---|---|
Flexural Modulus |
1.51 GPa |
219 ksi |
ISO 178:2011 |
Breaking Stress |
31.32 MPa |
4540 psi |
ISO 527:1998 |
Glass Transition Temperature |
70.19oC |
158oF |
ISO 11357-3:2014 |
HEATER VALVE. Prototype of a heater valve 3D printed with Z-ULTRAT Plus. Improved durability allows for thorough testing in real conditions.
Z-SUPPORT Premium is a water-soluble support filament made of butenediol vinyl alcohol co-polymer (BVOH). It’s compatible with Z-PLA, Z-PETG, Z-SEMIFLEX and Z-ULTRAT Plus as it can work in a relatively wide range of printing temperatures. Z-SUPPORT Premium has a very fast dissolution rate and leaves no remnants on the model.
Dissolvable support structures is a feature of LPD Plus technology introduced with Zortrax Inventure. Simultaneous 3D printing of base and support materials enables creating otherwise impossible shapes. Z-SUPPORT Premium is similar to PVA-based materials in that it allows to 3D print complex, detailed, hollow shapes as well as movable mechanisms in one go. The filament can be used to stack multiple batches of models one on top of the other to speed up short-series production.
Fast dissolution rate – Z-SUPPORT Premium can dissolve at a very fast rate which significantly reduces time necessary for support removal.
Wide compatibility – Z-SUPPORT Premium can work in a wide range of temperatures which makes it compatible with all filaments available for Zortrax Inventure.
Completely soluble – There are no remnants of Z-SUPPORT Premium left on the model’s surfaces once the dissolution is done. The filament dissolves completely.
| Dedicated for | Container | Weight | Diameter |
|---|---|---|---|
Zortrax Inventure |
cartridge |
350g. ±5% |
1,75 mm |
Zortrax M300 Dual |
spool |
800 g. ±5% |
| Support material compatible with | |||
|---|---|---|---|
Z-ULTRAT Plus |
Z-PLA |
Z-PETG |
Z-SEMIFLEX* |
A movable gearbox prototype. Z-SUPPORT Premium dissolves at a fast rate and leaves no remnants on the model so it is perfect for 3D printing movable mechanisms with a tight fit on Zortrax Inventure.
The Zortrax Inkspire is a resin desktop 3D printer working in UV LCD technology.It’s designed around a high-resolution LCD screen with UV LED backlighting. A single pixel measures just 50×50 microns while minimal layer hight is only 25 microns. Because each layer is cured all at once,
The printer works with dedicated Zortrax Resins and. Third-party resins are also supported, provided they can be cured by light with 405 nm wavelength.
Each of these resins has it’s own suggested applications, features and specs – please see the relevant product page below for the specific details on each.
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