PLA (Polylactic Acid) is one of the most popular filament materials for FFF 3D printing. It is a thermoplastic derived from renewable resources such as corn starch or sugarcane, and so – with the right conditions – it is biodegradable.

It has a lower printing temperature than ABS, another popular filament material. Though not as strong as ABS, it is less likely to warp and it’s often capable of printing a sharper finish.

PEEK (Polyether ether ketone) is an extremely strong thermoplastic filament. Even at high temperatures, it maintains excellent mechanical and chemical resistance. Because of its strength, it is often used for demanding applications, such as pumps, piston parts and bearings.

PEEK

PETG (Polyethylene Terephthalate, with a glycol modification) is one of the most common polymers used today. It’s found in water bottles, food packaging, and many other common plastic items.

It is durable but also easy to use. In some ways, it combines the strengths of ABS, such as its temperature resistance and rigidity, with ease of printing reminiscent of PLA.

PETG

PC-ABS (polycarbonate-ABS) is a widely used thermoplastic filament, offering many of the benefits of both polycarbonate and ABS. In particular, it combines the high strength and heat-resistance of PC with the greater flexibility of ABS. It is often found in automotive and electronics applications.

PC-ABS

HIPS (High Impact Polystyrene) is frequently used as support material because it can be dissolved by placing a print in Limonene.

It has a higher printing temperature than PVA, meaning that it can be paired with other higher-temp materials, such as ABS. (By contrast, PVA is often paired with the lower-temp PLA filament).

HIPS

Ultem 9085 is a type of PEI (polyetherimide) which boasts high-strength, excellent heat and flame resistance, and high dielectric strength. It maintains these properties up to heats of 170°C (340° F), and is most commonly found in electronics applications.

Ultem 9085

THERMEC™ ZED is a high-performance thermoplastic 3d printing filament. It has excellent mechanical properties and high chemical resistance, with no solvents known to attack it under 200°C. It also features excellent adhesion between layers, preventing delamination and ensuring minimum warping during the printing process, making it more accurate than ABS.

THERMEC™ ZED

PA6 (also known as Nylon 6 or polycaprolactam) are tough and ridged, with an excellent amount of chemical- and heat-resistance, as well as high tensile strength. Because of these features, it is frequently found in automotive parts and various types of sports equipment.

ABS (Acrylonitrile Butadiene Styrene) is highly popular thermoplastic filament used for FFF 3D printing. It typically has a matte finish, and it has a higher printing temperature and ductile strength than PLA, another popular filament material.

Its strength means that it can be easily sanded or drilled after printing is complete.

ASA (Acrylonitrile-styrene-acrylate) is a strong, robust and relatively easy-to-print filament. It is often used as a more resistant alternative to ABS: it was developed to be more resistant to outdoor, and so it has extremely high chemical- and heat-resistance. It also is less prone to distortion.

Carbon Filled Nylon filament is tough and ridged, with an excellent amount of chemical- and heat-resistance, as well as high tensile strength. Because of these features, it is frequently found in automotive parts and various types of sports equipment.

PA-CF

Glass Filled Nylon filament is tough and ridged, with an excellent amount of chemical- and heat-resistance, as well as high tensile strength. Because of these features, it is frequently found in automotive parts and various types of sports equipment.

PA-GF

Flexible, high impact material for extremely durable black parts

Fatigue resistant plastic, with look and feel of production polypropylene

Engineered for long term environmental stability

Flex Black Plastic

TPU (thermoplastic polyurethane) is a transparent material that is ideal for printing flexible and elastic parts. It has high abrasion resistance, high shear strength and high elasticity.

TPU (Flex)

A rubber-like substance typically used in sealants, adhesives, lubricants, medicine, cooking utensils, and thermal and electrical insulation.

Silicone

Production-grade for long life with 65A shore hardness.

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

Rubber 65A

Steel is an alloy of iron and carbon, and Stainless Steel adds chromium to this combination. It offers the high strength of steel, while the addition of chromium provides a high level of resistance to corrosion.

It is also easy to clean and sterilise, and so it is commonly used in kitchenware, surgical instruments and other major appliances.

Stainless Steel

Titanium is an extremely lightweight, strong and corrosion-resistant 3D printing material. Even by metal standards, it has an extremely high melting point of 1725°C (3135°F) – higher than both Steel and Aluminium.

Titanium’s tensile strength is equivalent to most alloy steels, and it is also useful in applications requiring electrical resistance, as it is a poor conductor of electricity.

Titanium

Nickel alloys are useful for a wide variety of applications, especially those which require high levels of chemical or heat resistance, such as turbines and medical applications. Nickel-chromium alloys provide both oxidation and carburization resistance at temperatures exceeding 760°C.

Nickel alloys also offer varying degrees of electrical resistance, and when alloyed with iron, nickel greatly reduces thermal expansion.

Nickel Alloy

Maraging Steel is a steel alloy which consists of nickel (up to 25%) as well as smaller amounts of other metals. This material excels in electromechanical applications, where ultra-high strength is required, as well as a very low level of distortion during heat treatment.

In comparison to quenched and tempered steels of a similar strength level, Maraging Steel boasts a superior fracture toughness.


Maraging Steel

Aluminium has a high level of corrosion resistance, high fracture toughness, and high strength-to-weight ratio. These properties make aluminium an extremely popular metal for commercial applications.

It is also very low density, at roughly a third of the density of steel or copper, making it extremely lightweight. Plus, its high thermal and electrical conductivity makes it viable for use as an electrical conductor.

Aluminium

PA12 (Polyamide 12, also known as Nylon 12) is a member of the widely-used nylon family of synthetic thermoplastics.

It is extremely strong, stiff and resistant to cracking under stress – properties it retains even at temperatures below freezing. It absorbs little moisture, and along with its excellent resistance to chemicals, this makes it good for applications containing hydraulic fluids, oils and fuels.

PA12

PA11 (Polyamide 11, also known as Nylon 11) is a member of the widely-used nylon family of synthetic thermoplastics.

It has a higher thermal resistance than PA12, as well as a lower environmental impact – requiring fewer non-renewable resources to be produced. It also boasts good elasticity, high elongation at break and high impact resistance, and it is resistance to chemicals.

PA11

As a powder, it can be used by SLS (selective laser sintering) 3D printers, for strong and flexible parts.

This variant is made using PP (polypropylene), which offers higher stiffness and strength than PE (polyethylene)

With TPE it is possible to print functional prototypes such as pumps, bellows, gaskets and other elastic solutions dedicated to work in difficult conditions.

Resins are UV-curing liquid plastics, used by DLP/MJP/SLA 3D printers. Since the resin is photosensitive, it can be cured by a laser and transformed into a solid part. The technique allows parts to be printed with very high surface quality and a high level of detail.

This variant is a PC like resin used for DLP printers.

Pro Black

Resins are UV-curing liquid plastics, used by DLP/MJP/SLA 3D printers. Since the resin is photosensitive, it can be cured by a laser and transformed into a solid part. The technique allows parts to be printed with a very high surface quality and level of detail.

This variant has a high level of rigidity.

Comes in: Black, White, Grey, Tan and Clear

Rigid

This variant is a transparent PP like resin used by MJP printers.

M2G-DUR Pro Flex - Translucent

This variant is a Medically biocompatible resin used for DLP printers.

MED-WHT10

This variant is a High Temp resin used for DLP printers.

MED-AMB10

HI-TEMP HT-300-AMB

HT150C Flame Retardant Black

This variant is a High Temp resin used for MJP printers.

M2S-HT250 – Clear

M2S-HT90 – Clear

This variant is a ABS like resin used for DLP printers.

Tough 65C Black

Tough 60C White

This variant is a ABS like resin used for MJP printers.

M2G-CL Armour – Clear

Rigid Grey

Rigid White

A real wax material designed for investment casting (also known as precision-casting or lost-wax casting). Using this high-performance, durable wax allows for the creation of high-fidelity casting patterns, with sharp edges, fine feature definition and smooth surfaces.

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