Our 3D Printing Materials

Granite 3D printing material combines a natural, textured finish with moderate strength, ideal for decorative and architectural prototypes.

Sinterit PA11.5 is a high-performance, flexible nylon powder designed for selective laser sintering (SLS), producing durable, impact-resistant 3D printed parts. It offers excellent mechanical properties, chemical resistance, and fine surface detail, ideal for functional prototypes and end-use components.

VisiJet M2P-CST Crystal is a durable, translucent castable resin designed for high-precision jewelry and industrial applications. It enables the production of intricate, fine-featured patterns with thin walls and complex geometries, ideal for direct investment casting without the need for tooling.

Alumina washout is a high-performance ceramic material that enables precise 3D printed parts, with supports that can be easily removed via washout for complex geometries.

Limestone 3D printing material combines a natural, textured finish with moderate strength, ideal for decorative and architectural prototypes.

PEI 1010 is a high-performance thermoplastic offering exceptional heat resistance, chemical stability, and mechanical strength for industrial 3D printed parts. It is ideal for functional prototypes, high-temperature applications, and durable end-use components requiring long-term performance.

Marble 3D printing material combines a natural, textured finish with moderate strength, ideal for decorative and architectural prototypes.

Clear resin produces high-resolution parts with a smooth, transparent finish, ideal for detailed prototypes and visual models. It offers good rigidity and fine surface detail.

Silicon Carbide is an advanced ceramic material offering exceptional hardness, high thermal conductivity, and chemical resistance, ideal for high-performance 3D printed parts.

Gypsum is a fast-curing, powder-based 3D printing material ideal for detailed, full-color models and architectural prototypes.

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.

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.

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.

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

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.

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.

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.

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.

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

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

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

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.

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.

Flexible, durable material

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.

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.

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.

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

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.

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.