Laser sintering materials

With increased recyclability over other comparable unfilled nylon 12 materials, PA650-B produces parts with excellent detail and a clean black surface.

A biocompatiable unfilled nylon 12, this easy to process material can run as a drop-in replacement for other comparable unfilled nylon 12 sintering powders, providing improved part detail and surface finish.

A nylon 12 powder for parts with excellent definition and surface finish. Stabilised against thermal degradation for low scrap volumes.

Engineered to be a drop-in replacement to other commercially available 40% glass filled materials.

A light grey, 50% glass filled, nylon 12 with a tightly controlled particle size, producing parts with a higher-detailed surface finish.

A newly developed, glass sphere filled nylon12 with superior weight to strength properties for lightweight applications requiring strength and aesthetics.

A 50% aluminium filled nylon 12 with excellent strength and surface feature detail, good dimensional stability and heat transfer characteristics.

A white, mineral-filled nylon 12 material providing anisotropic mechanical properties, with high stiffness for load bearing applications.

Black 50% glass-filled nylon 12. Parts exhibit excellent stiffness and mechanical properties.

A 50% glass-filled, black nylon 12 with tightly controlled particle size for higher-detailed surface finish, ideal for automotive engine components.

A black, 50% glass-filled, nylon 12, ideal for the production of accurate and detailed automotive components.

A dark grey carbon fibre filled nylon 12 material ideal for applications requiring stiffness and sustainable accuracy at elevated temperatures.

Nylon 12 high loaded with carbon fibre, offering low density, good dimensional stability, very high tensile modulus optimised for wind tunnel applications.

An economical nylon 11 material providing parts that can withstand intense functional testing, suitable for production applications.

Produces parts with a true matt black surface finish, offering excellent fine detail resolution for thin walled parts and text.

A white nylon 11 formulated for easy processing, producing parts with outstanding mechanical properties, without the need to double scan.

A colour stabilised nylon 11 material also stabilised against thermal degradation. Parts produced exhibit superior mechanical properties.

Emulates the mechanical properties of carbon fibre. Benefits include good dimensional stability, high tensile modulus, and a high heat deflection temperature.

An off-white, 50% glass sphere filled nylon 11 powder, a functional replacement for glass-filled nylon 12.

A mineral fibre-filled nylon 11 combining high strength with stiffness and a high deflection temperature.

Emulates the mechanical properties of carbon fibre. Benefits include good dimensional stability, high tensile modulus, and a high heat deflection temperature.

Melt compounded carbon fibre-filled PA 11. Melt compounding allows the carbon fibres to orientate in the X, Y and Z direction, so the properties are basically the same in all directions. Well suited to applications which require superior thermal properties, with maximum performance and consistent properties in X,Y and Z dimensions.

A lightweight composite material with a density of 0.86 – the parts will literally float on water.

This Black, 50% glass filled nylon 11 produces parts that exhibit excellent stiffness and mechanical properties great for mold and tooling applications or automotive engine components.

An electrostatically dissipative Nylon 11 without carbon fibre, the material is based on a PA11 with conductive graphite and produces parts with high stiffness, high tensile strength and excellent surface finish.

A carbon fibre-filled nylon 6 material with excellent mechanical properties and a higher temperature tolerance compared to standard nylon 12 materials.

A fire retardant nylon 12 that meets 12 and 60 second burn, smoke and toxicity specifications.

A nylon 11 material approved to FAR 25.853 for parts that exhibit superior mechanical properties with high levels of fire retardancy.

A paintable grade fire retardant nylon 11, certified to pass the FAR 25.853 60-second vertical burn requirement.

Well suited to applications which require superior thermal properties, with maximum performance and consistent properties in X,Y and Z dimensions.

A thermoplastic elastomer for rubber-like parts that exhibit good feature definition. Infiltration with a PU will impart toughness and abrasion resistance.

Ideal for applications requiring softer parts with excellent ductility and surface finish.

100% recyclable, produce soft, white parts and achieve extreme elongations without permanent deformation. Easy to infiltrate to obtain maximum properties.

PP 400 offers superior mechanical properties in comparison to other options currently available on the market. Particularly, this material offers a 50% elongation of break, providing better impact resistance for use in dynamic environments.

Non-spherical polystyrene powder, a direct drop in replacement for Castform^®, or can be blended with Castform^®.